There are now primarily two schemes for MPLS transport network design.

目前多协议标签交换(MPLS)的传输层网络设计中主要有两种可选方案.

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Multi - protocol Label Switching ( MPLS ) is the future routing technology of the internet.

MPLS ( 多协议标签 交换 ) 是新兴的一种路由技术.

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Using simulation for analyzing the MPLS network is a valid approach.

利用计算机仿真分析MPLS网络 的性能是深入研究MPLS技术的有效途径.

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Therefore, slower network devices may work more quickly when enabled for MPLS.

因此, 速度较慢的网络设备在被允许用于MPLS时,就能更快地工作.

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QoS and traffic engineering components round out MPLS'core features.

qos和流量管理是MPLS的核心功能.

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MPLS is the mostpromising technology that is commended by the industry.

基于多协议标签交换(MPLS)技术的流量工程是当前为业界所普遍推崇的下一代流量工程主流技术.

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MPLS is the important solution for IP technology and increase of QoS.

随着IP技术的迅速发展和在服务质量(QoS)提高方面的需求,MPLS是 重要解决方案.

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MPLS is a new network technology mixing IP with ATM.

MPLS( 多协议标记交换)是一种IP与ATM相 融合的新兴网络技术.

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At present the solution for Internet QoS mainly includes: Intserv, RSVP, Diffserv and MPLS.

目前,解决Internet服务质量(QoS)问题的方法主要有: Intserv 、 RSVP 、 Diffserv、MPLS等.

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Transport MPLS ( T - MPLS ) hierarchy ( TMH ) is the key point in recent transport network technology study.

传送多协议标签交换(MPLS) ( T-MPLS ) 体系 ( TMH ) 是目前传送网技术研究的主要热点之一.

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Understanding how MPLS labels and prefixes are attached, installed, and advertised is crucial to successful troubleshooting.

这样,了解如何粘贴 、 安装和传播MPLS标签和前缀对成功排除故障就显得至关重要.

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The Martini MPLS encapsulation and LDP signaling are introduced when MPLS is embedded in MSTP.

本文探讨了在MSTP中 内嵌MPLS功能时的MartiniMPLS封装、LDP信令等技术.

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MPLS can enhance network scalability and performance while providing advanced services in a simple package.

MPLS能增强网络的可扩性和性能,同时以简单的一揽子做法提供高级的服务.

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In addition , with the ER - LSP of MPLS, this model can realize the hose model well.

通过使用MPLS的ER-LSP, 该模型能很好地实现Hose模型.

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Multi - protocol Label Switching ( MPLS ) is a technology that can address ever - increasing network requirements.

多协议标签 交换(MPLS ) 是一项能解决不断增加的网络要求的技术.

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