异步传输模式

高速计算机通信网络的关键技术之一是异步传输模式（ATM：asynchronoustransfermode）技术。

One of future high-speed computer communication network technologies is Asynchronous Transfer Mode ( ATM ) technology .

流量控制是异步传输模式（ATM）网络中的重要课题。

Traffic management is important in asynchronous transfer mode ( ATM ) networks .

将异步传输模式（ATM）融入IP，以支持规模日益增长的Internet和多媒体业务是目前研究的热点。

ATM together with IP is hot spot of research this sustain progressive Internet and multimedia operation at present .

ATM（asynchronoustransfermode）技术，也称为异步传输模式，该技术广泛应用于银行、金融、政府和大型企业的通信设备中。

Asynchronous Transfer Mode ( ATM ) is widely applied in communications equipment of bank , finance , government and enterprises .

例如，对很多场合而言，ATM（异步传输模式）可能是优先的主干网选择。

For example , ATM , for many , may be the preferred backbone choice .

ATM（异步传输模式）作为宽带网络应用中的骨干网技术已经得到了广泛应用。

ATM ( Asynchronous Transfer Mode ) has been developed rapidly as a key technology of the broadband network .

宽带信息高速公路上最常用的交换技术是异步传输模式，即ATM交换。

The most often used switching technology for the broadband information highway is asynchronous transfer mode , or ATM switching .

ATM（异步传输模式）网络中ABR（可用比特率）服务采用基于速率的流量控制机制。

ATM forum adopted the rate - based ABR ( Available Bit Rate ) flow control mechanism .

异步传输模式（ATM）将成为支持未来宽带多媒体通信的网络技术。

Asynchronous Transfer Mode ( ATM ) has emerged as the most promising technology in supporting the future broadband multimedia communication services .

无线异步传输模式（ATM）网络通信系统将在宽带和多媒体个人通信得到广泛应用。

Wireless Asynchronous Transfer Mode ( ATM ) network communication system will be applied widely in broad band and multimedia personal communication .

SS7用于移动无线网络和异步传输模式（ATM）网络。

SS7 is used in mobile , wireless networks and asynchronous transfer mode ( ATM ) networks .

还介绍了基于异步传输模式（ATM）网络和工作站实验平台的CSCW支撑环境原型系统ATM－CSCWEnv的设计和实现。

This paper also describes the design and implementation of a CSCW supporting environment prototype system on ATM network and Unix operating system platform .

星上处理是卫星通信重要的技术之一，异步传输模式（ATM）是一种重要的星上交换处理模式。

On-board processing ( OBP ) is one of significant satellite communication technologies . The Asynchronous Transfer Mode ( ATM ) is widely used in the OBP .

异步传输模式（ATM）是一种先进的宽带综合业务数据网（B&ISDN）技术，尤其是ATM在计算机网络中的应用倍受注目。

Asynchronous transfer mode is a advanced B & ISDN technique . The applications of ATM catch a great attention , especially on computer networks in recent years .

ATM（异步传输模式）使QoS概念广为人知，但它不是ATM专有的。他们依次传输信息给轨道环上的姊卫星

ATM popularized the concept of QoS , but it is not exclusive to ATM . They in turn pass the data along to the sister satellites in their realm

异步传输模式ATM是国际电信联盟建议用于宽带综合业务数字网（B-ISDN）的传输模式。

The asynchronous transfer mode ( ATM ) is the transfer mode recommended for the broad integrated service digital network ( B-ISDN ) by ITU-T.

阐述了利用电力系统通信网络和先进、可靠的异步传输模式（ATM）技术组建广东省电力调度数据网络的规划设计和实施方案，介绍了该数据网络的结构。

This paper describes the planning and implementation of constructing Guangdong 's electric power dispatching data network by using electric power communication network and the advanced , reliable asynchronous transfer mode ( ATM ) technique .

异步传输模式（ATM）技术作为宽带应用的基本技术用在局域网和广域网中。

The technology of Asynchronous Transfer Mode ( ATM ) is used in Wide Area Network ( WAN ) and Local Area Network ( LAN ) as a basic technology for the application of broad band .

文章阐述了交换型多兆比特数据服务的概念、性能、特点、结构、协议接口、用途、分组及信元格式，并与帧中继和异步传输模式（ATM）作了比较。

This paper expounds the concept , performance , characteristics , architecture , protocol interface , uses , packet and cell format of switched multi - megabit data services , and compares it with frame relay and ATM .

本文通过对ATM（异步传输模式）技术的描述，提出ATM局域网的设计与应用方案，并从ATM网络设计和ATM网络性能分析两个方面加以论述。

This thesis describes ATM technology ( Asynchronous Transfer Mode ) so as to put forward the programme and application plan of ATM and illustrate it from two aspects , namely , ATM network programme and ATM network function analysis .

本文介绍了异步传输模式（ATM）网络体系结构，重点叙述了其上的交换技术，并指出，ATM中的IP交换技术将快速ATM硬件直接与IP集成在一起，提高了信息的交换速度。

The article introduces the systems and structure of ATM and analyzes Internet Protocol ( IP ) switching technology . The author points out that IP switching integrates fast ATM hardware directly with IP , so that the switching speed can be increased .

ABR（可用比特速率业务）和UBR（未指定比特速率业务）业务是ATM（异步传输模式）中新定义的业务类型，主要面向数据传输服务。

ABR ( Availble Bit Rate ) and UBR ( Unspecified Bit Rate ) are new service in the ATM ( Asynchronous Transfer Mode ) network , which are mainly used for data communication .

简述了异步传输模式（ATM）网络如何仿真以太网或令牌环，重点讨论了两种网桥在仿真局域网中存在的不同问题，并提出相应的解决办法和策略。

Describes how an ATM network can be made to emulate an existing Ethernet or Token Ring LAN , with emphasis on the different problems existing in the application of these two kinds of network bridges in emulation LAN and put forward corresponding Tactics and solutions respectively .

综述了计算机网络的分类、网络体系结构、局域网及其交换技术、异步传输模式ATM局域网仿真与虚拟网的实现、公共广域网、路由器技术，以及铁路科技信息网的梗概等问题。

This article describes issues regarding the categorization of computer networks , network system structure , the LAN and the switch technology , ATM LAN emulation and virtual network , public WAN , the router technology as well as the gist of the railway scientific and technological information network .

基于对异步传输模式枣无源光网络的研究，提出了对AS1773协议的突发同步设计。

In this article , based on research in asynchronous transfer moder-passive optical network , author described a method to design burst synchronizer in AS1773 protocol .

基于异步传输模式的无源光网络（APON）结合了ATM多业务多比特率的支持能力和无源光网络（PON）的透明宽带传输能力，以其经济性和灵活性成为较理想的光纤接入方案之一。

The Passive Optical Network based on Asynchronous Transfer Mode ( APON ), which incorporates the support ability of ATM 's multiple services and multiple bit ratios and the PON 's transparent broadband transfer ability , will become one of the ideal fiber access techniques that is economical and flexible .

城轨交通监控系统中异步传输模式的应用

Application of ATM in Closed Circuit Television of Urban Rail Transit

一种新的高性能网络&异步传输模式局域网

A New High Performance Network & Local Area Network in Asynchronous Transfer Mode

一种新型异步传输模式交换结构及其性能分析

Novel Asynchronous Transfer Mode Switch Architecture and Performance Analysis

我们模拟两种类型的高性能网络：光纤分布式数据接口异步传输模式。

We simulate two types of high-performance networks : Fiber Distributed Data Interface and Asynchronous Transfer Mode .