TCP performance and its improvement over wireless links
作者： J. Pan , J.W. Mark , X. Shen
DOI: 10.1109/GLOCOM.2000.891683
关键词: Computer network 、 Zeta-TCP 、 TCP Westwood plus 、 Compound TCP 、 Throughput 、 End-to-end delay 、 TCP sequence prediction attack 、 H-TCP 、 TCP Vegas 、 BIC TCP 、 TCP Westwood 、 TCP tuning 、 TCP hole punching 、 TCP Friendly Rate Control 、 TCP global synchronization 、 TCP congestion-avoidance algorithm 、 Network congestion 、 TCP acceleration 、 TCP pacing 、 HSTCP 、 Network packet 、 TCP delayed acknowledgment 、 Cellular network 、 CUBIC TCP 、 Computer science
摘要: TCP performs reasonably well over the Internet where packet losses are mainly due to network congestion. However, suffers significant throughput degradation hybrid wireless/IP networks also transmission errors in wireless segments and during end-host handovers. In this paper, micro-scale behavior packet-level performance of four popular variants links assessed, a modified sender which incorporates heuristic segment-in-flight estimation algorithm improve is proposed. Extensive simulations show that achieves better end-to-end performance, still keeps fairness compatibility with ordinary variants.
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