An LWAPP encapsulated packet is being sent from the Cisco WLC v5.2 to the AP for a wireless WMM client. Can the LWAPP frame be altered to change the resulting final WMM queue for transmission on an 802.11 client?（）

A . PPPoE with the 827 configured as a bridge B . PPPoE with the 827 configured as the PPPoE client C . PPPoA D . RFC 1483 Bridged with the 827 configured as the PPPoE client E . RFC 1482 Bridged with the 827 configured as a bridge

A . Move-DatabasePath B . Move-StorageGroupPath C . Set-PublicFolderDatabase D . Set-MailPublicFolder

A .  reduction of processing in wireless controllers B .  distributed approach to authentication， encryption， and policy enforcement C .  provides security by blocking communication between access points and wireless clients D .  access point discovery， information exchange， and configuratio

A .  The processing of 802.11 data and management protocols and access point capabilities is  distributed between a lightweight access point and a centralized WLAN controller. B .  LWAPP advertises its WDS capability and participates in electing the best WDS device for the  wireless LAN. C .  LWAPP aggregates radio management forward information and sends it to a wireless LAN  solution engine. D .  LWAPP authenticates all access points in the subnet and establishes a secure communication  channel with each of them. E .  None of the other alternatives apply

A .  Member data have no access modifiers. B .  Member data can be modified directly. C .  The access modifier for methods is protected. D .  The access modifier to member data is private. E .  Methods provide for access and modification of data.

A .  access point certification and software control B .  compression and Layer 3 address mapping C .  Layer 3 addressing and distribution D .  packet encapsulation， fragmentation， and formatting E .  SNMP monitoring service

A . Re-deploy the .msi file B . Re-deploy the .mst file C . Re-deploy using the .zap file

A .  LWAPP encrypts both control traffic and user data. B .  LWAPP encrypts user traffic with an x.509 certificate using AES-CCMP. C .  When set to Layer 3， LWAPP uses a proprietary protocol to communicate with the Cisco  Aironet APs. D .  LWAPP encrypts control traffic between the AP and the controller. E .  None of the other alternatives apply.

A .  Member data have no access modifiers. B .  Member data can be modified directly. C .  The access modifier for methods is protected. D .  The access modifier to member data is private. E .  Methods provide for access and modification of data.

A . 16fibre ports and 0 mega packs B . 4fibre ports and 8 mega packs C . 8fibre ports and 4 mega packs D . 12fibre ports and 0 mega pack

A .  LWAPP encrypts control traffic between the AP and the controller. B .  LWAPP encrypts user traffic with a x.509 certificate using AES-CCMP C .  LWAPP encrypts both control traffic and user data. D .  When set to Layer 3， LWAPP uses a proprietary protocol to communicate with the Cisco Aironet APs.

A . Application Compatibility B . AppLocker C . Software Installation D . Software Restriction Policie

A . UOP port 50 B . IP protocol 51 C . TCP port 51 D . TCP port 50 E . IP protocol 50 F . UDP port51

A .  Member data have no access modifiers. B .  Member data can be modified directly. C .  The access modifier for methods is protected. D .  The access modifier to member data is private. E .  Methods provide for access and modification of data.

A .  Real-time frame exchange is accomplished within the access point. B .  The control traffic between the client and the access point is encapsulated with the LWAPP.  C .  Authentication， security， and mobility are handled by the access point. D .  Data traffic between the client and the access point is encapsulated with LWAPP. E .  None of the other alternatives apply

A . Application Compatibility B . AppLocker C . Software Installation D . Software Restriction Policie

A .  The processing of 802.11 data and management protocols and access point capabilities is distributed  between a lightweight access point and a centralized WLAN controller. B .  LWAPP aggregates radio management forward information and sends it to a wireless LAN solution  engine. C .  LWAPP authenticates all access points in the subnet and establishes a secure communication channel  with each of them. D .  LWAPP advertises its WDS capability and participates in electing the best WDS device for the wireless  LAN

A . Tunnel label B . VC-label C . 5-byte ATM header D . Payload E . 4 byte ATM header F . Support for 30 packed cell

A . proxy B . dual-stack C . tunneling D . dot1q

A . Individually before each node is upgraded B . Individually before and after each node is upgraded C . Individually after each node has been upgraded D . Collectively after all nodes have been upgraded

A . From the Performance console, create a trace log. B . From the Performance console, create a counter log. C . From the Power Options, modify the Alarm Action.  D . From the Power Options, select the Minimal Power Management power scheme.

A．0 B．1 C．2 D．3

A. Move the computer account to the Accounting OU. B. Modify the Location attribute of the computer account. C. Modify the Managed By attribute of the computer account. D. Enable the Trust computer for delegation option on the computer account.