An IEEE802.11g with 54 Mbps has 58 byte MAC header and 50 byte IP header, the antenna has RXTXTurnaroundTime of 4.3 ms, - What is the time to start sending the frame payload? seconds - If 44 micro...

An IEEE802.11g with 54 Mbps has 58 byte MAC header and 50 byte IP header, the antenna has<br>RXTXTurnaroundTime of 4.3 ms,<br>- What is the time to start sending the frame payload?<br>seconds<br>- If 44 micro seconds is needed to send the ACK(SIFS+ACK) and the payload size is 1080 byte,<br>advertised duration field in the frame header in binary (no RTS/CTS)?<br>- Can the attacker perform scrambling attack on time?<br>ONO<br>

Extracted text: An IEEE802.11g with 54 Mbps has 58 byte MAC header and 50 byte IP header, the antenna has RXTXTurnaroundTime of 4.3 ms, - What is the time to start sending the frame payload? seconds - If 44 micro seconds is needed to send the ACK(SIFS+ACK) and the payload size is 1080 byte, advertised duration field in the frame header in binary (no RTS/CTS)? - Can the attacker perform scrambling attack on time? ONO

Jun 11, 2022

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An IEEE802.11g with 54 Mbps has 58 byte MAC header and 50 byte IP header, the antenna has RXTXTurnaroundTime of 4.3 ms, - What is the time to start sending the frame payload? seconds - If 44 micro...

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