异步转移模式

在无线通信网中采用ATM（异步转移模式）技术是解决无线多媒体通信的有效手段。

ATM ( asynchronous transfer mode ) is a good solution for multimedia transmission and switching in the wireless network .

研究遗传神经网络算法在异步转移模式（ATM）链路容量分配中的应用。

This paper explores the application of the genetic neural network ( GNN ) in the link capacity control of the asynchronous transfer mode ( ATM ) .

提出了ATM（异步转移模式）环境下图像抗信元丢失编码的信息分散原则。

Information separate principle for robust image coding under ATM environment is presented .

异步转移模式（ATM）技术概述与发展现状

Overview and Development of ATM Technology

局域网电话系统设计异步转移模式（ATM）与局域网

ATM and LAN Phone Call

本文对ATM（异步转移模式）网络中话音、数据和图像业务的漏桶流量控制特性进行了研究。

The performance of Leaky Bucket flow control with the input services of voice , data and video in ATM network is studied in this paper .

异步转移模式交换机中OAM功能的实现

The Implementation of OAM Functions in ATM Exchanger

近年来，人们对异步转移模式（ATM）和无源光网络（PON）进行了广泛研究。

Recently , people are doing wide studies on Asynchronism Transfer Mode ( ATM ) and Passive Optical Network ( PON ) .

ATM（异步转移模式）是B－ISDN（宽带综合业务数字网）采用的传输与交换方式。

ATM ( Asynchronous Transfer Mode ) is a way of transport and switch that is adopted by B-ISDN ( Broadband - Integrated Services Digital Network ) .

利用业务调度算法实现不同业务等级间的动态带宽分配（DBA），从而保证接入业务的服务质量（QoS），是异步转移模式无源光网络（APON）系统的关键技术之一。

In APON system , one of the key technologies is to dynamically assign bandwidth among different services and guarantee QoS .

异步转移模式ATM作为一种新的交换和复接体制，已经被国际电联ITU挑选为宽带综合业务数字网B&ISDN的核心技术。

Asynchronous transfer mode ( ATM ), as the new switching and multiplexing technology , is selected by ITU-T as the core theory of B-ISDN .

在ATM网络（异步转移模式）中，ABR（可用比特速率）业务主要面向数据通信服务，ABR带宽利用率的高低与所采用的带宽分配算法有密切的关系。

In ATM networks , ABR ( Available Bit Rate ) service is mainly used for data communication . The utilization of ABR bandwidth is closely related to the bandwidth algorithm adopted .

研究人工神经网络（ANN）在异步转移模式（ATM）链路容量分配中的应用，设计了神经网络预测器以解决ATM链路容量分配中的困难。

This paper explores ANN 's ( artificial neural network ) application in the link capacity control of ATM ( asynchronous transfer mode ) and proposes an ANN predictor to solve the problem encountered in ATM network .

论述了一种能提高ATM（异步转移模式）交换系统呼叫处理能力的方法，即在交换系统中把呼叫处理能力分布到各接口模块，从而克服了集中式呼叫处理交换机中的瓶颈现象。

This paper presents a method for enhancing call processing performance in ATM switches which distributes call processing power to each network interface module in a switch and overcomes the deficiencies associated with centralized call processing architecture .

讨论了基于虚通道的ATM（异步转移模式）自愈网的结构、自愈算法及其特点，同时对自愈网的空闲容量进行了分配和设计。

In this paper , ATM self healing network based on virtual path is discussed . The network structure , system characteristics and self healing algorithm are studied , and the spare capacity is also assigned and calculated .

本文介绍一种未来的基于异步转移模式（ATM）技术的无线个人通信网（PCN），对其支持的业务种类、系统设计准则、体系结构和网络构成进行了详细描述。

This paper introduces an ATM-based wireless personal communication networks for next gener-ation , the service types , system design criteria , architecture and network organization of PCN are presented .

它的基本组成部分是一个采用异步转移模式（ATM）交换的能实现固定比特率（CBR）和可变比特率（VBR）的端至端连接的通讯网。

Its basic component is a terminal-to-terminal connected communicating network , which use Asynchronous Transfer Model ( ATM ) and can realize constant bit rat ( CBR ) and variable bit rat ( VBR ) .

利用遗传算法的异步转移模式自愈环容量设计

Capacity design of asynchronous transfer mode rings using genetic algorithms

帧中继和异步转移模式技术

The frame relay and the asynchronous transfer mode technology

异步转移模式光交换的平方扩展

Square expansion of ATM photonic switching

宽带广电网的异步转移模式

ATM in Broadband CATV Network

为此，全国无线通信网将推广使用异步转移模式。

For this new generation , the ATM swith would be used in the national wireless network .