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浅析无线网络中TCP拥塞性能的改进 被引量:1

The Performance Improvements to TCP Congestion in Wireless Network
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摘要 目前,无线网络拥塞是当今计算机网络中存在的普遍现象,如何改进无线网络中TCP的拥塞性能成为现在研究的热点.利用新的端到端检测作为无线TCP改进方案,当端到端时延较大的时候,在传输层对丢失的数据做出响应之前,会导致更加冗长的往返时间估计,使得通信性能明显下降.在实验中发现IDD值的增长是网络发生拥塞的充要条件.XCP协议通过显式地通告发送端应该增加或降低多大的发送窗口来使各用户流公平共享网络资源,XCP-B来源于XCP,是无线网络中一个很成功的应用. Network congestion can Be found everywhere in computer networks. Wireless TCP research, which uses the new end-to-end tes ring as TCP improvement plan,becomes important internet hot research field. The growth of IDD value is the necessary and sufficient condition of network collided, but the congestion control protocol based on explicit feedback will join the network congestion control inside routers. XCP protocol explicitly telling the sending end should be increased or reduced much of the sending window to make the user flow fair share network source. XCP B Js a very suece,ssfuf application of wireless network which is from XCP.
出处 《商丘职业技术学院学报》 2012年第5期33-34,50,共3页 JOURNAL OF SHANGQIU POLYTECHNIC
关键词 网络拥塞 无线TCP 显式反馈的拥塞控制协议 IDD值 XCP—B network congestion wireless TCP explicit feedback congestion control prolocol IDD value XCP-B
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  • 1傲丹,方旭明,马忠建.无线网格网关键技术及其应用[J].电讯技术,2005,45(2):16-22. 被引量:35
  • 2[1]Charles E. Perkins. IP mobility support[S]. RFC2002, October 1996.
  • 3[2]Charles Perkins, David B. Johnson. Route optimization in mobile IP[S]. Internet Draft(draft-ietf-mobileip-optim- 10.txt, work in progress), November 2000.
  • 4[3]Andrew T. Campbell, Javier Gomez, Sanghyo Kim, And Chieh-Yih Wan.Comparison of IP Micro-Mobility protocols[J]. IEEE Wireless Communications , Feburary 2002, 9(1):72~81
  • 5[4]Yu chen,Terrance Boult.Dynamic home agent reassignment in mobie IP[C]. Wireless Communications and Networking Conference, IEEE Mar. 17-21, 2002, 44~48
  • 6[5]Qiang Gao,Anthony Acampora.A virtual home agent based routing optimization for mobile IP[C]. Wireless Communications and Networking Confernce, 2000. WCNC. IEEE 2000, Volume: 2, 592~596.
  • 7IEEE 802 Standard Working Group,Wireless LAN medium access control (MAC) and physical layer (PHY) specifications: high-speed physical layer in the 5 GHz Band,IEEE 802.11a Standard,1999
  • 8IEEE 802 Standard Working Group,Wireless LAN medium access control (MAC) and physical layer (PHY) specifications: further higher data rate extension in 2.4 GHZ Band,IEEE 802.11g Standard,2003.
  • 9J Hauser.Draft PAR for IEEE 802.11 ESS Mesh,IEEE Document Number: IEEE 802.11-03/759r2.
  • 10The ZigBee Alliance.Available from:《http://www.zigbee.org/》.

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