CWNP Certified wireless analusis professional(cwap) - PW0-205 FREE EXAM DUMPS QUESTIONS & ANSWERS

A. PLCP Preamble format B. MPDU FCS algorithm C. Available PPDU payload value D. RTS/CTS implementation E. Slot Time values F. DCF medium access

A. In any PPDU header Service field. B. It is not possible to view the IV information because it is encrypted. C. In any Data frame Frame Control field. D. In any Data frame Sequence Control field. E. In any MPDU frame body.

A. If beacons are transmitted using short preambles, all associated client stations are required to transmit all data frames using short preambles. B. The access must transmit beacons using a short preamble in a mixed mode environment. Client stations not supporting short preambles will not be able to associate. C. The access point may transmit beacons using a short preamble only if all of the client stations in the BSS have indicated support for short preambles. D. The access point will alternate transmitting beacons using long and short preambles so that client stations using either preamble length can associate.

A. The rule states that a response-MMPDU must be sent with the same type of preamble as the request-MMPDU that triggered the response-MMPDU. B. The rule states that short preambles should be used in response-MMPDUs until a single station associates to the BSS using the long-preamble format, after which, only long preambles are used. C. The rule states that only short preambles may be used in response-MMPDUs regardless of any other factor. D. The rule states that only long preambles may be used in response-MMPDUs regardless of any other factor. E. The rule states that if a mixed set of stations (long/short preamble settings) are associated to the access point, only long preambles may be used for response-MMPDUs.

A. Recognize and decode all protection mechanisms sent by a transmitter using CCK. B. Recognize and decode 802.11-compliant FHSS access point transmissions in the 2.4 GHz ISM band. C. Recognize and decode 802.11a, 802.11b, and 802.11g transmissions simultaneously. D. Recognize and decode transmissions from 900 MHz Pre-DSSS system in order to report an intrusion to a centralized security console. E. Recognize, decrypt, and decode unicast data frames encrypted with WPA-compliant
802.1X/EAP between stations and access points when an appropriate username and password combination is entered into the analyzer software. F. Recognize and decode all 802.11g frames regardless of the modulation used at the physical layer.

A. The access point and client station have mismatched sequence numbers. B. The access point and client station are using different encryption algorithms. C. The access point and client station have mismatched preamble settings. D. The client station does not support all data rates required for participation in the BSS.

A. Null Function Data frames B. Short Interframe Spaces C. Source IP Address D. TCP SYN datagram E. Sequence Control fields

A. ACK frames following Data fragments set the NAV of competing stations for a duration equal to two SIFS plus the next Data fragment and its ACK. B. In PCF mode, WEP-Data frames are only acknowledged by client stations, never by access points. C. Frame fragments are acknowledged individually (with an ACK frame) D. Probe request acknowledgement (sending of a probe response) is configurable in the access point and is always linked to SSID broadcast configuration in Beacons. E. A client station reassociation request frames are only acknowledged with a reassociation response from the access point when roaming in a wireless LAN secured with 802.1X/EAP. F. Beacon frames are acknowledged by all client stations configured for PCF mode.

A. PLCP Format Errors B. PLCP CRC Errors C. PLCP Length Errors D. PLCP Overrun Errors