帧中继拥塞管理方案FRCMS ？
帧中继转换节点FRSN ？
帧中继运载服务FRBS ？
本文分两部份研究了帧中继网络技术及实现。
This paper includes two parts on technology and realization of frame relay network.
帧中继引擎FRE ？
帧中继转换FRS ？
帧中继业务FRS ？
帧中继语音传送?。
一个默认的帧中继wan被分类为哪种物理网络类型？
A default Frame Relay WAN is classified as what type of physical network?
这一天是帧中继交换机，这是你们未来的ISDN路由器。
One day it is a frame relay switch, the next it is your ISDN router.
本文主要介绍了帧中继的功能、帧结构以及在通信网上的传输方式。
This paper focuses on frame relay functions, frame structures, and transmission mode on the telecommunications network.
为什么在AT M承载帧中继呢？近年来广域网上分组定向的业务量有着惊人的增长。
Why Is Frame Relay to be Carried over ATM? There has been a fantastic expansion of packet oriented traffic over the WAN in the past few years.
帧中继技术是一种成熟的快速分组交换技术，而AT M技术则是宽带网络的重要技术。
Frame Relay is a kind of mature fast switch technology, while ATM technology is one of the important broadband technologies.
利用层次分析法(AHP)建立一个基于帧中继技术的通信网模型，并对该模型的结果进行了讨论。
By using Analytic Hierarchy Process (AHP), a communication network model based on the Frame Realy technique was put forward.
介绍了在今后两三年内将占主要地位的三种电信骨干网技术，即atm技术、帧中继技术和IP技术。
Three kinds of telecommunication backbone net technology are introduced, that is, ATM technology, FR technology, IP technology, which will dominate in the future.
通过案例研究讲解集中部署方案，重点介绍ATM、以太网和帧中继边缘服务如何能够部署在分组交换网络中。
Taking a case study approach to several deployment scenarios, the primary focus is on how ATM, Ethernet, and Frame Relay edge services can be deployed over packet-switched networks.
我们在原实现基础上添加了每端口标记空间功能，使LDP实现可以向数据链路层为ATM或者帧中继的系统扩展。
We add the function of the per interface label space based on the source code, which enables to extend the LDP implementation to systems in which the data-link layer is ATM or FR.
分析atm、帧中继和IP在话音技术方面的各自特点，提出在设计一个集成化的话音和数据网络时应注意的技术因素。
This article analyses the features of voice technology in ATM, Frame relay and IP network. The technical factors should be considered as you design an integrated voice and data network.
对于原始的这些平台上的帧中继的LLQ实施来说，在非拥塞期间，不允许prioirty类（class）超过配置的速率。
The original implementation of LLQ over Frame Relay on these platforms did not allow the priority classes to exceed the configured rate during periods of non-congestion.
方案中应用了帧中继技术、以太网技术以及VLAN技术等，为拨号用户提供了可靠性高、通信速度快和具有良好扩展能力的接入服务。
In this project, the Frame Relay, Ethernet and VLAN technologies are used, which provide the dialing users with high reliability, speedy communication and great expanding access services.
方案中应用了帧中继技术、以太网技术以及VLAN技术等，为拨号用户提供了可靠性高、通信速度快和具有良好扩展能力的接入服务。
In this project, the Frame Relay, Ethernet and VLAN technologies are used, which provide the dialing users with high reliability, speedy communication and great expanding access services.
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