传输控制协议

这个协议就是FAST，也就是快速积极行列管理的可升级的传输控制协议。

The protocol is called FAST , standing for Fast Active queue management Scalable Transmission Control Protocol ( TCP ) .

传输控制协议TCP是专门设计用于在Internet上提供可靠的、健壮的、端到端的通讯协议。

Transmission Control Protocol ( TCP ) is a reliable , robust and end-to-end transmission protocol designed for Internet .

一种基于IP的超微蜂窝系统传输控制协议

An IP Based Transport and Control Protocol for Pico-cell System

卫星IP网络中传输控制协议的研究

Research on TCP in Satellite IP Networks

Linux中传输控制协议的拥塞控制分析

Analysis of congestion control of TCP in Linux

该扫描的输出仅显示了活动的传输控制协议（TCP）和IP端口。

The scan output only shows the active Transmission Control Protocol ( TCP ) and IP ports .

尽管TCP协议是一种面向连接的、可靠的传输控制协议，但是分组失序还是会对TCP传输性能产生严重影响。

Although TCP was a reliable transport mechanism ; packet reordering aff ected its performance .

WDM网中的分组传输控制协议

The Control Protocols of the Packet Transmissions in WDM Network

文中分析OBS网络的参数对传输控制协议（TCP）吞吐量和时延的影响。

This paper discusses the effect of OBS parameters on TCP throughput and delay .

介绍了研究传输控制协议（TCP）拥塞控制问题的各种分析模型，指出了研究TCP拥塞控制的主要目标。

The paper describes the analytical models of all kinds of transmission control protocol ( TCP ) congestion controls .

传输控制协议（TCP）在有线网络中获得了巨大的成功，但是在无线网络上的性能并不好。

Transport Control Protocol has achieved great success in wired networks , but has performed poorly in wireless environment .

TCP协议作为广泛使用的传输控制协议也面临着新的挑战：高可靠性、高稳定性和高效率。

As a widespread used transmission control protocol , TCP is confronted with more challenges : higher reliability , stability and efficiency .

TCP是目前Internet中广泛采用的传输控制协议，为各主机之间提供可靠按序的传输服务，在保障网络通信性能方面起着非常重要的作用。

TCP , transmission control protocol for providing reliable service , has being widely used in Internet . TCP plays an important role in guaranteeing network performances .

因此，TCPSPC协议是一种优秀的具有普遍适用性的传输控制协议。

Therefore , we can draw a conclusion that the TCP SPC is an outstanding general transmission control protocol .

介绍了两种最为常用通讯协议&传输控制协议（TCP）和用户数据包协议（UDP）。

This article introduces two popular communication protocols-Transfer Control Protocol ( TCP ) and User DatagramProtocol ( UDP ) .

提出了一种提高传输控制协议（TCP）在移动网络中性能的方案Freeze-TCP+。

A scheme called ( Freeze-TCP + ) is presented to improve the performance of transmission control protocol ( TCP ) in mobile environment .

针对现有TCP容错方案在高可用性方面的不足，提出了一个新的容错方案&轻量拷贝的传输控制协议ER-TCP。

There being poorer high availability in existing transmission control protocol ( TCP ), a novel TCP fault-tolerance scheme , ER-TCP , is proposed .

Ad-hoc网络传输控制协议研究

Research on transmission control protocol in Ad-hoc network

传统的TCP传输控制协议是面向连接的可靠的传输层通信协议，广泛用于文件传送、电子邮件发送等业务类型。

Conventional Transmission Control Protocol ( TCP ) is a connection-oriented reliable transport layer protocol , which is widely used to transmit files and e-mails .

对实时数据传输控制协议（TCP）传输，在应用层和TCP层之间引入了加密套接字协议层（SSL）实现加密；

By using the SSL layer embedded between the application layer and TCP layer , the TCP mode of real-time data transmission is accomplished .

传输控制协议（TCP）是集合与重组资料封包的组件，网际网络协议（IP）则负责将封包送达正确的目的地。

TCP is the component that collects and reassembles the packets of data , while IP is responsible for making sure the packets are sent to the right destination .

最流行的基于流的套接字基于传输控制协议（TCP）堆栈，常常用于胖客户端应用程序。

The most prevalent stream – based socket is based on the Transmission Control Protocol ( TCP ) stack and is used often for thick client applications .

第三章针对本课题论述基于SIP的IP电话相关协议，主要介绍本系统用到的语音通信控制协议SIP和实时传输控制协议RTP/RTCP。

In the third chapter , introduces protocols correlative to IP phone based on SIP , mainly discusses SIP and RTP / RTCP using in this system .

另外地，你应该了解TCP协议（传输控制协议）和用户数据报协议（UDP）的操作原理。

Additionally , you should understand the operation of both the Transmission Control Protocol ( TCP ) and the User Datagram Protocol ( UDP ) .

本文分别介绍了位于运输层的TCP（传输控制协议）和UDP（用户数据报协议）的概念，解释了连接的过程及流量控制方法。

This article introduces the concept of TCP and UCP on Transportation Layer and explain the operation of the connection and the flow control method .

传输控制协议（TCP）提供了端到端的可靠的数据流传输服务，现已成为Internet协议簇中传输层的重要部分。

The transmission Control Protocol ( TCP ) provides end-to-end , reliable , congestion controlled connections over the Internet . It has been the dominant transport mechanism for reliable data transfer over the Internet .

通过研究，选择基于传输控制协议/网间协议TCP/IP模型及TCP协议套接字完成以太网通信任务，分析了通过TCP协议套接字在嵌入式监控系统中的传输层完成以太网通信的方法，并结合具体编程实现。

TCP / IP mode and TCP protocol socket are adopted in Ethernet-based communication , and the implementation of TCP socket in embedded monitoring system at transport layer is detailed .

在其他情况下，如传输控制协议（TCP）和用户数据报协议（UDP）套接字，不存在相应的目录清单。

In other cases , such as Transmission Control Protocol ( TCP ) and User Datagram Protocol ( UDP ) sockets , there is no directory listing .

目前互联网使用的传输控制协议TCP是为固定主机及有线网络设计的，不能很好地适应无线环境，会造成在无线链路上传输性能的下降。

However , the Internet transport protocol was designed for fixed host and wired networks . It cannot adapt to wireless environment commendably and induce the decline of transport performance in wireless links .

研究了访问控制相关理论和关键技术，通过扩展RADIUS协议，设计了一种策略传输控制协议，该协议的设计目的是在服务器和客户端之间有效传递终端安全控制策略。

By expansion of RADIUS protocol , this thesis designs a Policy Transmission Control Protocol . In this protocol , agreements are designed to transfer endpoint security control strategies between servers and clients effectively .