A. The Cisco Aironet AP handles real-time portions of the LWAPP protocol， and the WLAN  controller handles those items which are not time sensitive.
B. A Cisco Aironet AP handles the transmission of beacon frames and also handles responses to  probe-request frames from clients.
C. Virtual MAC architecture allows the splitting of the 802.11 protocol between the Cisco Aironet  AP and a LAN switch.
D. A Cisco Aironet solution includes intelligent Cisco Aironet access point （APs） and Cisco  Catalyst switches.
E. In the Cisco Aironet solution， each AP is locally configured by the use of either a web interface  or the command line interface.

A. Wireless Domain Services （WDS）
B. Access Control Server （ACS）
C. Lightweight Access Point Protocol （LWAPP）
D. Wireless LAN solution Engine （WLSE）
E. Wireless Services Module （WISM）
F. Wireless Control System （WCS）

A. The recommended overlap of the access point on the wired LAN and the wireless repeater is  25%.
B. Autonomous access points are required.
C. The SSID of the root access point must be configured on the repeater access point.
D. The recommended overlap of the access point on the wired LAN and the wireless repeater is  50%.
E. Lightweight access points are required.
F. The recommended overlap of the access point on the wired LAN and the wireless repeater is  75%.
G. The SSID of the root access point must be distinct from that of the repeater access point.

A. PoE capability
B. Use of Cisco Secure Access Control Server （ACS） for security
C. Cisco IOS software for configuration
D. Cisco Wireless Control System （WCS） for management
E. Use of a Cisco Wireless Location Appliance location for tracking

A. The access point will attempt to download an encryption key from the nearest wireless server.
B. The access point makes several attempts to get an IP address from the DHCP server. If the  access point does not receive an address， it assigns itself the IP address 10.0.0.1 for 5 minutes.
C. The access point will attempt to connect to the nearest wireless server using LEAP  authentication.
D. The access point requests an IP address from the DHCP server. If the access point does not  receive an address， it continues to send requests indefinitely.
E. None of the other alternatives apply

A. In ad hoc mode， the Independent Basic Service Set （IBSS） is a framework in which mobile  clients connect directly without an intermediate access point.
B. In Infrastructure mode， the Basic Service Set （BSS） is a framework in which mobile clients use  a single access point for connecting to each other or to wired network resources.
C. In Infrastructure mode， the Extended Services Set （ESS） is a framework in which two or more  Basic Service Sets are connected by a common distribution system （DS）.
D. In Infrastructure mode， the Independent Basic Service Setet （IBSS） is a framework in which  mobile clients connect directly without an intermediate access point.
E. In ad hoc mode， the Basic Service Set （BSS） is a framework in which mobile clients use a  single AP for connecting to each other or to wired network resources.
F. In ad hoc mode， the Extended Services Set （ESS） is a framework in which two or more Basic  Service Sets are connected by a common distribution system （DS）

A. In the autonomous access point solution， control is provided by the WLAN controller.
B. In the lightweight access point solution， WLAN management is provided by the WLAN Control  System （WCS）.
C. In the autonomous access point solution， control is provided by the WDS （Wireless Domain  Services）.
D. Cisco Aironet autonomous access points cannot be supported by the Cisco Unified Wireless  Network.
E. Ii the lightweight access point solution， WLAN management is provided by the WLAN Solution  Engine （WLSE）.
F. Cisco Aironet lightweight access points cannot be supported by the Cisco Unified Wireless  Network.

A. It supports eight different data rates.
B. It is fully backward compatible with 802.11b
C. It provides the same network throughput with 802.11b clients， 802.11g clients， or a mixed  environment where both clients are present.
D. It is only compatibly with the 11 Mbps 802.11b transfer rate.
E. It has three non-overlapping channels in its channel options.

A. An AP that has been upgraded from an autonomous AP to lightweight AP will only function in  conjunction with a Cisco Wireless LAN controller.
B. LWAPP increases the amount of processing within the APs， enabling them to support filtering  and policy enforcement features.
C. WLAN controllers provide a single point of management.
D. Lightweight APs require local configurations using local management.
E. Real time events such as authentication， security management， and mobility are handled by the  lightweight AP.
F. Autonomous APs receive control and configuration information from a WLAN controller.

A. association request/response， probe request/response， authentication request/response
B. association request/response， authentication request/response， probe request/response
C. probe request/response， authentication request/response， association request/response
D. probe request/response， association request/response， authentication request/response
E. None of the other alternatives apply