On the basis of analyzing wireless TCP principle, many methods of improving TCP performance over wireless loss channel are discussed. Their virtue and shortage are also analyzed and summarized.
本文在分析无线tcp原理的基础之上，讨论了各种提高无线链路tCP性能的方法，并对其优缺点进行了分析和总结。
There are various projects that tune TCP and Web browser behavior to suit wireless networks.
有多种项目用来调整TCP和Web浏览器的行为以适应无线网络。
Therefore, TCP and the underlayer protocols should be optimized and improved to be suit to the wireless mobile network.
因此，TCP协议以及下层协议在无线移动网络中应用时需要进行优化和改进。
However, Reliable transport protocol, TCP, that has been traditionally used for wired networks do not perform as well on wireless networks.
然而这种为传统的有线网络设计的可靠传输协议在无线网络环境下性能却严重恶化。
Thanks to TCP congestion verdict, TCP congestion control is invoked in term of a definite object view, which result in improving TCP performances in wireless environments.
根据对网络拥塞的裁决，实现了有的放矢地调用TCP拥塞控制，从而提高了TCP在无线应用中的性能。
Using the TCP/IP protocol, the client-side program successfully connects to the wireless measuring network and communicates with it. Then get the location of the vehicle.
该程序运用TCP/IP协议成功地与无线测控网进行了互联和通信，获取了车辆的位置信息。
The application of TCP over wireless networks is a challenging work due to high bit error rates and fading and handoff.
由于无线网络中存在高误码、信号衰落、切换等原因，使得传统TCP的应用受到了挑战。
TCP is an effective end-to-end transport protocol over fixed network…However TCP's performance is decayed when it is used over wireless networks.
TCP协议是固定网络上有效的端到端传输协议，它在应用于复杂多变的无线网络时性能却大大下降。
Under the wireless network, the performance of TCP is better than that of UDP which lack of congestion control.
在无线环境下，TCP的传输效果要好于不带拥塞控制的UDP。
The existing TCP mechanisms can not effectively distinguish the cause of packet loss in wireless networks whether it is triggered by congestion or deafness.
现有TCP机制无法有效区分网络丢包是拥塞丢包还是“失聪”丢包。
The existing TCP mechanisms can not effectively distinguish the cause of packet loss in wireless networks whether it is triggered by congestion or deafness.
现有TCP机制无法有效区分网络丢包是拥塞丢包还是“失聪”丢包。
应用推荐