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CWNP Certified wireless analusis professional(cwap) Sample Questions:

1. ABC Company's wireless LAN administrator is getting complaints from one user that his wireless LAN throughput is sluggish compared to other users in his area. The administrator takes his diagnostics laptop, which has a wireless protocol analyzer installed, to the area where the complaining user works. The administrator uses the PING utility to test connectivity from the complaining user's wireless client station to another wireless client station across the closest access point, while capturing the wireless frames. The administrator sees what is displayed in this screenshot. From this screenshot, which of the following statements can you conclude to be true that are related to the complaining user's throughput problem?

A) The access point is not signaling for protection (Protection = no) in the Beacons, but it should be.
B) The access point is 802.11g, and the complaining user's wireless client station is
802.11b
C) The complaining user's wireless LAN client utilities are configured for a small fragmentation threshold.
D) The complaining user's station is retransmitting fragments many times likely due to nearby RF interference
E) The complaining user's wireless client station should be using RTS/CTS as a protection mechanism, but it is not.

2. ABC Corp has just installed a single 802.11b access point into their medium-sized office environment. As the wireless LAN administrator at ABC Corp, you use a wireless protocol analyzer to troubleshoot the problem. You place your analyzer close to the access point, and capture some traffic from office users. Given the screenshot shown, which of the following statements offer the best explanation for the poor wireless LAN performance of ABC's new 802.11b wireless LAN?

A) A nearby 802.11b access point is operating on an adjacent channel causing a significant amount of corrupt frames within ABC's BSS. These corrupt frame fragments are congesting the channel on which ABC's wireless LAN is operating, thereby decreasing its throughput.
B) There is likely a source of RF interference somewhere around the access point. This is causing many data frames to be retransmitted, so overall wireless LAN throughput has been greatly diminished.
C) One of the wireless LAN users has moved far enough away from the access point that his client station has begun transmitting frames at the minimum supported data rate. Even when a single user uses this rate for Data frames, throughput for the entire wireless LAN as a whole is slowed significantly.
D) Due to an 802.11g client joining the BSS, protection mechanisms have been enabled in the BSS by the access point. These protection mechanisms greatly increase protocol overhead, thereby decreasing overall wireless LAN throughput.

3. When the ToDS bit is set to 1 and the FromDS bit is set to 0 in the Frame Control field of an 802.11 Data frame, what might this indicate about the infrastructure and the wireless conversation?

A) A wireless client station must be sending data to a wireless station where the frame has to traverse a Wireless Distribution System (WDS).
B) A wireless client station must be sending data directly to the access point for the purpose of managing the access point.
C) A wireless client station could be sending data to a wireless client station across an access point.
D) A wireless client station could be sending data directly to another wireless client station as part of an IBSS.
E) A wireless client station could be sending data to a wired station through an access point.

4. The 802.11 series of standards calls for use of a Traffic Indication Map (TIM) and a Delivery Traffic Indication Message (DTIM). Which of the following is true regarding the TIM and DTIM in an infrastructure BSS?

A) A DTIM period of 0 means that every TIM is a DTIM.
B) The TIM and DTIM are both part of the Beacon management frame and are both sent in every Beacon for the purpose of announcing the modulation type and supported rate set of the access point.
C) The TIM is a field in the Beacon Management frame that holds a map of every client station associated to an access point. It is used for broadcast traffic delivery.
D) The first Beacon sent during a CFP must contain a DTIM
E) The DTIM is used in 802.11a and 802.11g Beacons whereas the TIM is used only in
802.11b Beacons. The DTIM purpose is to allow for higher rates of Beacon broadcasting and thus raise overall data rates in OFDM based systems.
F) The DTIM parameters are part of each Beacon's TIM Information Element, and they are used to indicate queued broadcast/multicast data to client stations using power management features in the BSS.

5. Choose the true statements regarding wireless network discovery processes for an
802.11b network.

A) Access points send Beacon Management frames on all 802.11b channels in the 2.4 GHz ISM band in a consecutive manner including the channel for which the access point is configured.
B) Client stations send Probe Request frames on all 802.11b channels in the 2.4 GHz ISM band in a consecutive manner until they associate with an access point. After associating to an access point, they are no longer allowed to transmit Probe Request frames.
C) Access points send Beacon Management frames only on the 802.11b channel in the 2.4 GHz ISM band for which the access point is configured.
D) Client stations may continually send Probe Request frames on all 802.11b channels in the 2.4 GHz ISM band in a consecutive manner, regardless of their association state.
E) Client stations send Probe Request frames on all 802.11b channels in the 2.4 GHz ISM band in a consecutive manner until they receive at least 3 Probe Response frames.

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