Theoretical performance analysis of sliding window flow control
E Arthurs, G Chesson, B Stuck - IEEE journal on selected areas …, 1983 - ieeexplore.ieee.org
E Arthurs, G Chesson, B Stuck
IEEE journal on selected areas in communications, 1983•ieeexplore.ieee.orgA transmitter breaks a message up into packets and transmits the packets to a receiver over
a single virtual circuit within a local area network. The receiver has a finite amount of storage
capacity for buffering messages. A sliding window protocol turns the transmitter on and off to
ensure there is always storage room in the receiver for packets. Mean throughput rate and
delay statistics are studied as a function of model parameters.
a single virtual circuit within a local area network. The receiver has a finite amount of storage
capacity for buffering messages. A sliding window protocol turns the transmitter on and off to
ensure there is always storage room in the receiver for packets. Mean throughput rate and
delay statistics are studied as a function of model parameters.
A transmitter breaks a message up into packets and transmits the packets to a receiver over a single virtual circuit within a local area network. The receiver has a finite amount of storage capacity for buffering messages. A sliding window protocol turns the transmitter on and off to ensure there is always storage room in the receiver for packets. Mean throughput rate and delay statistics are studied as a function of model parameters.
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