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CWNP Certified Wireless Analysis Professional Sample Questions (Q11-Q16):

NEW QUESTION # 11
What interframe space would be expected between a CIS and a Data frame?

Answer: C

Explanation:
The interframe space that would be expected between a CTS (Clear to Send) and a Data frame is SIFS (Short Interframe Space). A SIFS is the shortest interframe space that is used for high-priority transmissions, such as ACKs (Acknowledgements), CTSs, or data frames that are part of a fragmentation or aggregation process. A SIFS is a fixed value that depends on the PHY type and channel width. A CTS and a Data frame are part of a virtual carrier sense mechanism called RTS/CTS (Request to Send/Clear to Send), which is used to avoid collisions and hidden node problems in wireless transmissions. When a STA (station) wants to send a data frame, it first sends an RTS frame to the intended receiver, indicating the duration of the transmission. The receiver then responds with a CTS frame, also indicating the duration of the transmission. The other STAs in the vicinity hear either the RTS or the CTS frame and update their NAV (Network Allocation Vector) timers accordingly, deferring their access to the medium until the transmission is over. The sender then sends the data frame after waiting for a SIFS, followed by an ACK frame from the receiver after another SIFS. The other options are not correct, as they are not used between a CTS and a Data frame. A PIFS (PCF Interframe Space) is used for medium access by the PCF (Point Coordination Function), which is an optional and rarely implemented polling-based mechanism that provides contention-free service for time-sensitive traffic. An AIFS (Arbitration Interframe Space) is used for medium access by different ACs (Access Categories), which are logical queues that correspond to different QoS (Quality of Service) levels for different types of traffic. An AIFS is a variable interframe space that depends on the AIFSN (Arbitration Interframe Space Number) value of each AC. A DIFS (Distributed Interframe Space) is used for medium access by the DCF (Distributed Coordination Function), which is the default and mandatory contention-based mechanism that provides best- effort service for normal traffic. References: [Wireless Analysis Professional Study Guide CWAP-405], Chapter 6: 802.11 Frame Exchanges, page 166-167; Chapter 7: QoS Analysis, page 194-195


NEW QUESTION # 12
You have been recently hired as the wireless network administrator for an organization spread across seven locations. They have deployed more than 100 APs, but they have not been managed in either an automated or manual process for more than 18 months.
Given this length of time, what is one of the first things you should evaluate from a support perspective?

Answer: C


NEW QUESTION # 13
After investigating the WMM element in a Beacon Frame you notice the TXOP Limit for the Best Effort access category is set to 0. What does this indicate?

Answer: C

Explanation:
A TXOP (Transmission Opportunity) limit of 0 for the Best Effort access category indicates that only a single frame can be transmitted per TXOP for that category. This setting limits frame bursting and ensures fair medium access across all traffic categories.


NEW QUESTION # 14
ABC corporation has an 802.11n wireless network and advertises 3 SSIDs on all APs: Corporate, Guest, and BYOD. Both the Guest and the BYOD networks broadcast their SSIDs but the corporate SSID is hidden. A client transmits a WildcardAny Probe Request frame on channel 36.
From the client's location it can decode beacons frames from two of the organization's APs operating on channel 36. How many Probe Response frames would you expect this client to decode from ABC corporation's APs?

Answer: A

Explanation:
Each AP on channel 36 will respond to a Wildcard/Any Probe Request with a Probe Response for each broadcast SSID. Since the Corporate SSID is hidden, it will not respond to a wildcard probe.
Assuming the two APs each broadcast the Guest and BYOD SSIDs, the client will decode 2 Probe Responses per AP, totaling 4 Probe Responses.


NEW QUESTION # 15
You are using the real-time FFT display of a spectrum analyzer.
In what domain does this show the RF energy detected in the swept frequencies?

Answer: A


NEW QUESTION # 16
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