The widely adopted ZMODEM used a sliding window protocol.
2.
This drop in throughput is due to the sliding window protocols used for acknowledgment of received packets.
3.
For the purpose of flow-control, a sliding window protocol is used with the default window size of 2.
4.
FCP was based on a sliding window protocol, using a wide variety of packet sizes tuned to different networking protocols.
5.
Sliding window protocols avoid this problem by allowing the sending machine to move on to the next packet without waiting for an ACK.
6.
Techniques for defining " reasonable delay " can be extremely elaborate, but they only affect efficiency; the basic reliability of the sliding window protocol does not depend on the details.
7.
For the highest possible throughput, it is important that the transmitter is not forced to stop sending by the sliding window protocol earlier than one round-trip delay time ( RTT ).
8.
When used as the protocol for the delivery of "'messages "', the sending process continues to send a number of sliding window protocol with both transmit and receive window sizes greater than 1.
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