Suppose a single 802.11n client is connected to an 802.11n access point and there is no other client or access point in the neighborhood. The client senses the medium, then sends an 1,337-Byte frame, and waits for an 132-byte acknowledgement from the AP, and then repeats the process. The data rate on the wireless link is 400 Mbps. Assume DIFS=47 μs and SIFS =11 μs, no propagation delay and no error. Calculate the throughput for this client in Mbps. Calculate up to 1 decimal point.
Suppose a single 802.11n client is connected to an 802.11n access point and there is no other client or access point in the neighborhood. The client senses the medium, then sends an 1,337-Byte frame, and waits for an 132-byte acknowledgement from the AP, and then repeats the process. The data rate on the wireless link is 400 Mbps. Assume DIFS=47 μs and SIFS =11 μs, no propagation delay and no error. Calculate the throughput for this client in Mbps. Calculate up to 1 decimal point.
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Suppose a single 802.11n client is connected to an 802.11n access point and there is no other client or access point in the neighborhood. The client senses the medium, then sends an 1,337-Byte frame, and waits for an 132-byte acknowledgement from the AP, and then repeats the process. The data rate on the wireless link is 400 Mbps. Assume DIFS=47 μs and SIFS =11 μs, no propagation delay and no error. Calculate the throughput for this client in Mbps. Calculate up to 1 decimal point.
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