CWNP Certified Wireless Analysis Professional - CWAP-404 FREE EXAM DUMPS QUESTIONS & ANSWERS

A. Suspending operations on a channel with high IEEE 802.11 co-channel interference B. Testing channels for radar before using a channel and while operating in a channel C. Requesting and reporting of measurements in the current and other channels D. Establishing an interference baseline on all 2.4 GHz channels E. Using modulation switching techniques to avoid interfering with radar systems

A. Reassociation B. 4-Way Handshake C. Probe Response D. Authentication

A. DA = BSSID of targeted AP; RA = BSSID of the AP to which the STA is associated B. DA = MAC of default gateway; RA = BSSID of the AP to which the STA is associated C. DA = MAC of the default gateway; RA = Ethernet MAC of the targeted AP D. DA = BSSID of the targeted AP; RA = Ethernet MAC of the targeted AP

A. When operating a BSS in FIPS mode B. When operating a BSS in a government facility C. When operating a BSS in the 6 GHz band D. When operating a BS5 in the CBRS band

A. Max hold B. Waterfall plot C. Location filter D. Device finder

A. The Destination Address is always FF:FF:FF:FF:FF:FF. B. The Beacon interval must be the same for all WLANs (SSIDs) supported by a single AP C. The BSSID and Source Address are always the same. D. Beacons can be disabled for security purposes. E. All Beacons generated by APs contain a TIM information element. F. The Receiver address and the BSSID are always the same. G. When the SSID is "hidden," the ESS subfield of the Capability Information field distinguishes one BSS from another.

A. Band selection B. RBW adjustments C. Web-based viewing D. Real-time FFT

A. The RF time domain B. Duty cycle in the frequency domain C. RF power present at a particular frequency over the course of time D. Wi-Fi Device information

A. Real-time packet decodes B. Individual trace file size C. Total capture storage space D. Analyzer location

A. In the MBR Action frame B. Supported Rates & Extended Supported Rates elements in a Beacon frame C. In the Minimum Basic Rate Element in a Beacon frame D. In the MBR Information Element in an Association Response frame

A. Collisions between contending EDCAFs within a QoS STA are resolved within the QoS STA B. When frames collide within a QoS STA, data frames from lower priority ACs behave (as it relates to contention) as if there were an external collision on the wireless medium. C. When a frame transmission on the wireless medium fails, the transmitter may not transmit another frame from any AC or to any destination until the frame experiencing a failure is successfully transmitted or the max retry count for that frame is reached. D. After frames collide within a QoS STA and the lower priority AC subsequently gains a TXOP, the retry bit in the MAC header must be set to 1 to indicate a retry. E. The WMM specification requires use of RTS/CTS as part of the EDCAF within each QoS STA to avoid internal collisions between ACs.

A. RTS Duration field = Data or management frame to be sent duration + CTS duration B. RTS Duration field = CTS duration C. RTS Duration field = Data or management to be sent frame duration D. RTS Duration field = Data or management frame to be sent duration + CTS duration + one ACK duration + three SIFS

A. To request a list of neighboring APs which the STA can use as roaming candidates B. To request a list of neighboring STAs which enables the STA to better pick the right protection mechanisms C. To learn about neighboring interference sources and tune its RF radio accordingly D. To inform the current AP about the STA's intent to roam to a neighboring AP, ensuring a seamless handover