a-) Suppose two hosts are connected with each other by means of a 100-Mbps link, and assume the round-trip time between them is 1 msec. What is the minimum TCP window size that would let TCP achieve the maximum possible throughput between these two hosts? (Note: Assume no overhead.) (b) A host is receiving data from a remote peer by means of TCP segments with a payload of 1460 bytes. If TCP acknowledges every other segment, what is the minimum uplink bandwidth needed to achieve a data throughput of 1 Mbytes per second, assuming there is no overhead below the network layer? (Note: Assume no options are used by TCP and IP.)
a-) Suppose two hosts are connected with each other by means of a 100-Mbps link, and assume the round-trip time between them is 1 msec. What is the minimum TCP window size that would let TCP achieve the maximum possible throughput between these two hosts? (Note: Assume no overhead.) (b) A host is receiving data from a remote peer by means of TCP segments with a payload of 1460 bytes. If TCP acknowledges every other segment, what is the minimum uplink bandwidth needed to achieve a data throughput of 1 Mbytes per second, assuming there is no overhead below the network layer? (Note: Assume no options are used by TCP and IP.)
Operations Research : Applications and Algorithms
4th Edition
ISBN:9780534380588
Author:Wayne L. Winston
Publisher:Wayne L. Winston
Chapter20: Queuing Theory
Section20.10: Exponential Queues In Series And Open Queuing Networks
Problem 8P
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a-) Suppose two hosts are connected with each other by means of a 100-Mbps link, and assume the round-trip time between them is 1 msec. What is the minimum TCP window size that would let TCP achieve the maximum possible throughput between these two hosts? (Note: Assume no overhead.)
(b) A host is receiving data from a remote peer by means of TCP segments with a payload of 1460 bytes. If TCP acknowledges every other segment, what is the minimum uplink bandwidth needed to achieve a data throughput of 1 Mbytes per second, assuming there is no overhead below the network layer? (Note: Assume no options are used by TCP and IP.)
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