H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

braindumps, 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

vce, 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

vce download, 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

vce free, 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

dumps vce, 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

exam vce, 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

braindumps, 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

braindump pdf, 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

exam dumps"> H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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Valid AWS-Security-Specialty Exam Review & Amazon Test AWS-Security-Specialty Questions Vce - AWS-Security-Specialty Practice Test Fee - Climate

Version: V15.35

Q & A: 233 Questions and Answers

 9876562$/ /2/ type subscriber<br /><strong>H.</strong> voice translation-rule 1<br /><strong>Answer: A,C,E,H</strong><br /><br /></p><p><strong>NEW QUESTION: 2</strong><br />Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.<br />Auf allen Clientcomputern wird Windows 7 ausgeführt.<br />Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.<br />Was tun?<br /><strong>A.</strong> Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.<br /><strong>B.</strong> Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.<br /><strong>C.</strong> Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.<br /><strong>D.</strong> Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.<br /><strong>Answer: C</strong><br />Explanation:<br />Erläuterung<br />Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.<br />Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.<br />Referenz: Übersicht über die Ordnerumleitung<br />https://technet.microsoft.com/en-us/library/cc732275.aspx<br /><br /></p><p><strong>NEW QUESTION: 3</strong><br />Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.<br />Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.<br />WebApp1 saves user state information locally on each node.<br />You need to ensure that when users connect to WebApp1, their session state is maintained.<br />What should you configure?<br /><strong>A.</strong> The failover settings<br /><strong>B.</strong> The preferred owner<br /><strong>C.</strong> Affinity None<br /><strong>D.</strong> Live migration<br /><strong>E.</strong> Quick migration<br /><strong>F.</strong> The cluster quorum settings<br /><strong>G.</strong> The Scale-Out File Server<br /><strong>H.</strong> The possible owner<br /><strong>I.</strong> Affinity Single<br /><strong>J.</strong> A file server for general use<br /><strong>K.</strong> The Handling priority<br /><strong>L.</strong> The host priority<br /><strong>Answer: I</strong><br />Explanation:<br />Explanation/Reference:<br />Explanation:<br />Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

Braindumps VCE">
  • Exam Code: 9876562$/ /2/ type subscriber
    H. voice translation-rule 1
    Answer: A,C,E,H

    NEW QUESTION: 2
    Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
    Auf allen Clientcomputern wird Windows 7 ausgeführt.
    Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
    Was tun?
    A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
    B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
    C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
    D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
    Answer: C
    Explanation:
    Erläuterung
    Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
    Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
    Referenz: Übersicht über die Ordnerumleitung
    https://technet.microsoft.com/en-us/library/cc732275.aspx

    NEW QUESTION: 3
    Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
    Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
    WebApp1 saves user state information locally on each node.
    You need to ensure that when users connect to WebApp1, their session state is maintained.
    What should you configure?
    A. The failover settings
    B. The preferred owner
    C. Affinity None
    D. Live migration
    E. Quick migration
    F. The cluster quorum settings
    G. The Scale-Out File Server
    H. The possible owner
    I. Affinity Single
    J. A file server for general use
    K. The Handling priority
    L. The host priority
    Answer: I
    Explanation:
    Explanation/Reference:
    Explanation:
    Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
    http://technet.microsoft.com/en-us/library/bb687542.aspx
    Using NLB
    Client Affinity
    NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
    No Affinity
    With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
    These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

    NEW QUESTION: 4
    What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
    There are 2 correct answers to this question
    Choose:
    A. Re-implement authorization model in Cloud for Sales and Cloud for
    Service
    B. No continuous maintenance needed
    C. No Supported in iPad
    D. Specific account authorizations set-up honored
    Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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NEW QUESTION: 1
You are a Voice Engineer at ABC Company. You want to implement a voice translation profile to perform
the following manipulation: The incoming DNIS 9876562XXX should be modified to 2XXX. Which four
commands are required to configure the translation profile? (Choose four.)
A. rule 1 /

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

Exam", "sku": " 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

", "description": "AWS-Security-Specialty - 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

Exam Braindumps", "releaseDate": "Apr 01, 2019", "offers": { "@type": "Offer", "availability": "http://schema.org/InStock", "url": "https://www.braindumpsvce.com/ 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

_exam-dumps-torrent.html", "priceValidUntil": "2021-04-02", "price": "49.98", "priceCurrency": "USD" }, "review": [{ "@type": "Review", "author": "Guest", "datePublished": "Apr 02, 2019", "description": " 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

dumps still valid!", "reviewRating": { "@type": "Rating", "bestRating": "5", "ratingValue": "5", "worstRating": "0" } }] }

Passed the 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

exam yesterday. All questions were came from the 9876562$/ /2/ type subscriber
H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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H. voice translation-rule 1
Answer: A,C,E,H

NEW QUESTION: 2
Ihr Netzwerk enthält eine Active Directory-Domäne mit dem Namen adatum.com. Die Domäne enthält einen Dateiserver mit dem Namen Server1, auf dem Windows Server 2012 R2 ausgeführt wird.
Auf allen Clientcomputern wird Windows 7 ausgeführt.
Sie müssen sicherstellen, dass die Benutzereinstellungen unter \\ Server1 \ Users \ gespeichert werden.
Was tun?
A. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für Drive Maps.
B. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Benutzerprofileinstellungen.
C. Konfigurieren Sie in einem Gruppenrichtlinienobjekt (Group Policy Object, GPO) die Einstellungen für die Ordnerumleitung.
D. Konfigurieren Sie in den Eigenschaften der einzelnen Benutzerkonten die Einstellungen für den Basisordner.
Answer: C
Explanation:
Erläuterung
Benutzereinstellungen und Benutzerdateien werden normalerweise im lokalen Benutzerprofil im Ordner Benutzer gespeichert. Auf die Dateien in lokalen Benutzerprofilen kann nur vom aktuellen Computer aus zugegriffen werden. Dies erschwert es Benutzern, die mehr als einen Computer verwenden, mit ihren Daten zu arbeiten und Einstellungen zwischen mehreren Computern zu synchronisieren. Um dieses Problem zu beheben, gibt es zwei Technologien: Roaming-Profile und Ordnerumleitung.
Mit der Ordnerumleitung können Administratoren den Pfad eines Ordners an einen neuen Speicherort umleiten. Der Speicherort kann ein Ordner auf dem lokalen Computer oder ein Verzeichnis auf einer Netzwerkdateifreigabe sein. Benutzer können mit Dokumenten auf einem Server arbeiten, als ob die Dokumente auf einem lokalen Laufwerk basieren würden. Die Dokumente im Ordner stehen dem Benutzer auf jedem Computer im Netzwerk zur Verfügung. Die Ordnerumleitung befindet sich unter Windows-Einstellungen in der Konsolenstruktur, wenn Sie domänenbasierte Gruppenrichtlinien mithilfe der Gruppenrichtlinien-Verwaltungskonsole (Group Policy Management Console, GPMC) bearbeiten.
Referenz: Übersicht über die Ordnerumleitung
https://technet.microsoft.com/en-us/library/cc732275.aspx

NEW QUESTION: 3
Your network contains an Active Directory domain named contoso.com. The domain contains two member servers named Server1 and Server2. All servers run Windows Server 2012 R2.
Server1 and Server2 have the Network Load Balancing (NLB) feature installed. The servers are configured as nodes in an NLB cluster named Cluster1. Cluster1 hosts a secure web Application named WebApp1.
WebApp1 saves user state information locally on each node.
You need to ensure that when users connect to WebApp1, their session state is maintained.
What should you configure?
A. The failover settings
B. The preferred owner
C. Affinity None
D. Live migration
E. Quick migration
F. The cluster quorum settings
G. The Scale-Out File Server
H. The possible owner
I. Affinity Single
J. A file server for general use
K. The Handling priority
L. The host priority
Answer: I
Explanation:
Explanation/Reference:
Explanation:
Even though Network Load Balancing (NLB) hasn't changed significantly since Windows Server 2008 and isn't mentioned in this chapter, be sure to review the feature and its configurable options. For example, remember that in port rules for Network Load Balancing clusters, the Affinity setting determines how you want multiple connections from the same client handled by the NLB cluster. "Affinity: Single" redirects clients back to the same cluster host. "Affinity: Network" redirects clients from the local subnet to the cluster host. "Affinity: None" doesn't redirect multiple connections from the same client back to the same cluster host.
http://technet.microsoft.com/en-us/library/bb687542.aspx
Using NLB
Client Affinity
NLB offers three types of client affinity to minimize response time to clients and provide generic support for preserving session state. Each affinity specifies a different method for distributing client requests. In Application Center, the New Cluster Wizard sets affinity to Single by default. Later, you can use the cluster Properties dialog box to modify the affinity. The following table describes the three types of affinity.
No Affinity
With No affinity, NLB does not associate clients with a particular member. Every client request can be load balanced to any member. This affinity provides the best performance but might disrupt clients with established sessions, because subsequent requests might be load balanced to other members where the session information does not exist. Single Affinity In Single affinity, NLB associates clients with particular members by using the client's IP address. Thus, requests coming from the same client IP address always reach the same member. This affinity provides the best support for clients that use sessions on an intranet.
These clients cannot use No affinity because their sessions could be disrupted. Additionally, these clients cannot use Class C affinity because intranet clients typically have IP addresses within a narrow range. It is likely that this range is so narrow that all clients on an intranet have the same Class C address, which means that one member might process all of the requests while other members remain idle. Class C Affinity With Class C affinity, NLB associates clients with particular members by using the Class C portion of the client's IP address. Thus, clients coming from the same Class C address range always access the same member. This affinity provides the best performance for clusters serving the Internet. Bb687542.note (en- us, TechNet.10).gif Note It is not efficient for Internet clients to use Single affinity because, in Single affinity, NLB load balances each client by the client's entire IP address, which can span a broad range. By using Class C affinity, NLB associates clients with only the same Class C portion of the IP address with particular members. Therefore, you essentially reduce the range of IP addresses by which NLB load balances clients.

NEW QUESTION: 4
What are the Pros/Cons of Mash-Up Vs. Data Transfer Approach?
There are 2 correct answers to this question
Choose:
A. Re-implement authorization model in Cloud for Sales and Cloud for
Service
B. No continuous maintenance needed
C. No Supported in iPad
D. Specific account authorizations set-up honored
Answer: A,B

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