Consider a data link where the data transmission rate is 2000 bits/sec and propagation rate is 1000m/sec. Each frame transmitted on the link has a constant size of 500 bits. A sliding window protocol is used on the link with a window of size 6. Determine the maximum value of the link distance D for which the protocol can provide the maximum normalised throughput. You can ignore the processing delay and the effects of errors and frame retransmissions,

Computer Networking: A Top-Down Approach (7th Edition)
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a. Consider a data link where the data transmission
rate is 2000 bits/sec and propagation rate is
1000m/sec. Each frame transmitted on the link
has a constant size of 500 bits. A sliding window
protocol is used on the link with a window of size
6.
Determine the maximum value of the link
distance D for which the protocol can
provide the maximum normalised
throughput. You can ignore the processing
delay and the effects of errors and frame
retransmissions.
Transcribed Image Text:a. Consider a data link where the data transmission rate is 2000 bits/sec and propagation rate is 1000m/sec. Each frame transmitted on the link has a constant size of 500 bits. A sliding window protocol is used on the link with a window of size 6. Determine the maximum value of the link distance D for which the protocol can provide the maximum normalised throughput. You can ignore the processing delay and the effects of errors and frame retransmissions.
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