This paper describes the case when the congestion window of a TCP is greater than the BDP. The BDP is defined as the bottleneck bandwidth multiplies by the end-to-end propagation delay. It finds that, in such scenario, the TCP is undergoing self-clocking transfer which means the cwnd does not play...
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Bansel et al (2001) Dynamic Behavior of Slowly-Responsive Congestion Control Algorithms (SIGCOMM)
This paper evaluates different flow control algorithms and it is the first to propose the term “TCP-Friendliness” or “TCP-Compatible”. The motivation is that, a lot of algorithms are proposed to date to avoid the TCP’s AIMD, which changes the rate too drastic and thus not suitable for media streaming use....
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Laor and Gendel (2002) The Effect of Packet Reordering in a Backbone Link on Application Throughput (IEEE Network)
A paper in the early year to investigate the effect of packet reordering to application throughput (esp. TCP). The conclusion is trivial but it gives some numbers:
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Sathiaseelan and Radzik (2004) Improving the Performance of TCP in the Case of Packet Reordering (HSNMC)
This paper proposed the RN-TCP, for Reorder Notifying.
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Bhandarkar and Reddy (2004) TCP-DCR: Making TCP Robust to Non-Congestion Events (IFIP Networking)
Initiated by the scenario of end-to-end connection involving wireless link, this paper proposes TCP-DCR, the delayed congestion response.
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