The Bi - RSVP provides resource reservation for ack packets to improve TCP performance.
该协议通过为反向ack数据包提供资源预留以提高TCP性能。
Improving the TCP performance has been an important research topic in the network filed.
改善无线网络环境下的TCP性能已成为网络领域非常重要的研究课题。
The IP Gateway uses this protocol to segment the TCP connection, improve TCP performance and efficiency obviously and increase channel utilization in application.
网关采用该协议将TCP连接分段，在应用中明显地改善了TCP在宽带卫星信道上传输的性能，增加TCP的信道利用率。
For that the Mobile IP has the idiographic application environments and the design goals, the TCP performance are inevitably influenced when applying the TCP protocols to the Mobile IP.
因为移动IP的设计目标和具体的应用环境，使得当把TCP协议应用到移动IP中去的时候，TCP性能会受到一定的影响。
In the bandwidth asymmetric network, the deficiency of the bandwidth on backward path will limit the return of the feedback information, resulting in the degradation of the TCP performance.
在带宽不对称网络中，反向带宽的不足限制了反馈信息的返回，导致TCP性能的大大下降。
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。
Enhancements to TCP stack to improve performance.
改进TCP堆栈，提高性能。
We hope that this article will help developers of high performance TCP based servers to choose optimal design solution.
希望此文可以给于TCP高性能服务器开发者一些帮助，选择最佳的设计方案。
This article investigates and compares different design patterns of high performance TCP-based servers.
这篇文章探讨并比较两种用于TCP服务器的高性能设计模式.
TCP is more reliable (by establishing connections), and it also provides better performance over a WAN, because its flow control helps minimize network latency.
TCP则更加可靠(通过建立连接)，并且它还可以在WAN中提供更好的性能，因为它可以进行流量控制以帮助最大限度地减少网络延迟。
HTTP Keepalive solves this performance problem by considerably reducing the overhead associated with establishing and tearing down TCP connections.
HTTPKeepalive通过大幅减少建立和终止TCP连接的相关开销来解决这个性能问题。
Performance with IB was usually better than TCP over 1gb Ethernet, but not always; there were even times when IB seemed worse.
IB的性能通常会比1gb以太网的TCP好很多，但并非总是如此，有时IB的性能会更糟。
Recentyears, many protocols have been proposed to enhance the performance of TCP in mobile environments.
近年来，有很多新的协议提出用以提高移动环境下TCP的性能。
To gain higher performance and reliability, TCP uses the concept of Retransmission Timer.
为提高性能和保证数据的可靠传输，TCP使用了重传计时器的概念。
Based on this , we discuss the project "TCP/IP based Email System on PDA", then we bring up a solution for it , which make full use of current resource, get more reliable performance with less cost.
该解决方案基于有线联网技术与TCP/IP技术的综合应用，充分利用有限的资源，以最少的代价换取相对可靠的性能。
The performance measurements that result from these types of TCP implementations provide little insight into how the device or system will behave in a real-world network deployment.
由于执行多种tcp的这些性能测量提供了一些洞察设备或系统将如何在一个真实的世界网络开发中运转。
Then the smoothness, TCP-friendliness and responsiveness of AAIMD flow are analyzed in different parameters. The results of the simulations show us which AAIMD flow has the best performance.
然后通过网络仿真分析不同参数的AAIMD流的平滑性、友好性和响应性，得出何种参数的AAIMD流性能最好这一结论。
This paper describes some parameters relationship to the WAN performance, and the means for the WAN performance improvement, Including TCP Tuning, Route Tuning and New TCP Protocol.
简单介绍了广域网性能参数，并描述了几种改善网络性能的方法，包括TCP调节、路由调整以及采用高级TCP协议等。
The performance of TCP over bandwidth asymmetry networks is analyzed.
考察了带宽非对称对基于端到端的TCP协议性能的影响程度。
But the transport performance of the TCP was affected to a certain extent by the inherent characteristics of satellite links when communication in the network involves such links.
当网络中存在卫星链路时，卫星链路的一些固有特性会使TCP的传输性能受到一定影响。
Congestion controlling mechanism is the main factor of affecting TCP protocols' performance.
拥塞控制机制是决定TCP协议性能的重要因素。
But the transport performance of the TCP was affected greatly by the inherent characters of satellite links when the communication involves satellite links.
当网络中存在卫星链路时，由于卫星链路的一些固有特性使得TCP的传输性能受到了一定的影响。
The traditional congestion controlling mechanism applied to satellite network will greatly reduce TCP protocols' performance.
传统拥塞控制机制在卫星网络中运用时会导致TCP性能的大幅下降。
The traditional congestion controlling mechanism applied to satellite network will greatly reduce TCP protocols' performance.
传统拥塞控制机制在卫星网络中运用时会导致TCP性能的大幅下降。
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