TCP / IP is actually the standard transport layer protocol over Internet as well as the asymmetry network environment .

TCP/IP已成为事实上的Internet标准 协议，作为Internet扩展的非对称网络环境也必将采用它。

This microcontroller systems embedded TCP / IP protocol is proposed in the paper has many advantages such as lower cost fewer component smaller area of hardware higher transport speed and easier to use .

本文设计的这种嵌入 TCP ／ IP协议的单片机系统板，具有成本低、硬件少、占用面积小、 传输速度快、使用方便等优点。

WAP consists of a series of protocols from 1.0 version to the latest version 2.0 . WAP 2.0 version integrates XHTML TCP / IP HTTP 1.1 and transport security layer ( TLS / SSL ) .

WAP由一系列协议组成，从WAP1.0至今发展了多个版本，目前最高版本为WAP2.0。WAP2.0新集成了XHTML、 TCP ／ IP、HTTP1.1（超文本协议）和 传输安全层（TLS／SSL）等标准。

The paper puts forward a concrete implementation of the mobility on IP layer of TCP / IP protocol family to assure the mobile node feeling no infection of mobility no matter what protocol be used on application layer and transport layer .

本文给出无缝移动性在 IP层的一个实现方案，能保证移动节点无论应用层、 传输层采用何种上层协议都感觉不到移动的影响。

TCP / IP protocols map to a four layer model : Network Interface Internet Transport and Application .

TCP/IP协议可以用一个分成四个层次的模型来描述：网络接口层、互联网层、 传输层和应用层。

Another example is that the Java MQ client supports only the TCP / IP transport and does not read any of the MQ environment variables at startup .

另一个示例在于，JavaMQ客户端仅支持 TCP/IP 传输，并且在启动时不读取任何MQ环境变量。

You can add Message Broker to a system that uses TCP / IP for transport in order to generate a more flexible architecture for communication between the components as shown in the diagram below .

可以将MessageBroker添加到使用 TCP/IP 实现 传输功能的系统中，从而生成一种更灵活的组件通信架构，如下图所示。

A scheme of this protocol is proposed which accords with TCP / IP protocol and supports TCP protocol and UDP protocol in the transport layer .

提出了该协议的设计方案，完全符合 TCP/IP 协议标准，并且在 运输层同时支持TCP协议和UDP协议。

Services running at the application layer of a TCP / IP network listen on one or more ports that are used to exchange data between clients and the host server as managed by the transport layer .

在 TCP/IP网络的应用层上运行的服务监听一个或多个端口，这些端口用于在客户机和由 传输层管理的主机服务器之间交换数据。

TCP is the main transport protocol of the TCP / IP protocol suite . Its transport efficiency in the network is one of the key factors that influence the transport performance of the IP network .

传输控制协议（TCP）是 TCP/IP协议栈的主要传输协议，它在网络中的 传输效率是影响IP网络传输性能的关键因素之一。

For the design of system supported multimedia technology based on TCP / IP the system hardware of current server and client was adopted and for system software video audio and data information was integrated by Socket to complete real-time transport of multimedia .

基于 TCP/IP的多媒体技术支持系统硬件采用通用服务器和客户机，软件通过Socket将各图像、声音及数据媒介信息集成实现实时多媒体 传输。

The system is based on TCP / IP transport protocols so the article describes the TCP / IP too .

由于系统是基于 TCP/IP 协议 传输，所以对TCP/IP协议也作了相应的讨论。

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 .

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。