片语

mobile MPLS移动MPLS

MPLS WAN广域网

MPLS networkMPLS网络

MPLS multicastMPLS组播

MPLS technologyMPLS技术

mpls qosmpls服务质量保证

Generalized MPLS通用多协议标记交换

MPLS LSP标签交换路径

mpls techniquempls技术

英汉例句

• The core of MPLS is the LDP protocol, LDPprovides the means for plentiful label distribute and relevant function process by its core mechanism.

  MPLS的核心技术即是LDP协议。LD P可通过一套简单的核心机制来提供丰富的标记分发及相关处理功能。

• The problem of traffic engineering has researched for years, and the people have proposed many resolvents, but with MPLS to implement traffic engineering has the advantage of the traditional scheme.

  流量工程的问题已经研究多年，人们提出了多种解决方法，但较传统的解决方案相比，MPLS实施流量工程具有更多的优势。

• Because MPLS nodes can find integrated labels more rapidly than IP data or regular MPLS labels, network performance may be further improved.

  由于mpls节点可以比ip数据或正规的mpls标签更快地找到结合的标签，故网络性能可以进一步提高。

• LDP protocol is the core of MPLS technology.

  标记分发协议是MPLS的技术核心。

• The conception of MPLS multicast and needing are introduced in this paper.

  阐述了MPLS组播的必要性及应用合并组播树的概念。

• The network choking can be avoided by using MPLS Traffic Engineering and better service for user provided.

  采用MPLS流量工程可以避免引起网络阻塞，为用户提供更好的服务。

• According to the latest two planes network and IPTN technology, this thesis tracked analyze the new developing direction and trend of MPLS VPN.

  并且根据当前最新的双平面组网技术和IPTN技术跟蹤分析了MPLSVPN当前的最新发展趋势和动向。

• An LSP extension mechanism is proposed to decrease the signaling overhead and handoff delay and to eliminate the packet loss in MPLS based mobile IP networks.

  为了减小基于MPLS的移动IP网络的信令开销、切换时延和切换丢包，人们提出了一种称为LSP扩展的移动性管理机制。

• With the development of network technology, MPLS becomes the most promising one used to building the VPN network.

  随着计算机网络技术的发展，MPLS已成为当前最具发展潜力的VPN组网技术之一。

• The results show that the use of MPLS VPN technique in power dispatching data network can not only reduce costs but also improve the safety and service quality.

  结果表明：电力调度数据网采用MPLSVPN技术组网，在降低成本的同时提高了安全性和服务质量。

• The design of the data network was analyzed and illuminated in the aspects of network topology, IP layout, MPLS VPN, network security, and network management.

  对华北电力调度数据网网络设计的网络拓扑、IP规划、MPLSVPN、网络安全、网络管理等方面进行了分析阐述。

• 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。

• Now, many PE devices in MPLS VPN network do not support multicast service, as result, it brings difficulty in multicast service.

  目前由于MPLSVPN网络中很多PE设备尚不支持组播业务，因此在VPN内部署组播业务时遇到了一定的困难。

• MPLS architecture also supports LSP tunnels to simplify the transfer control, diminish the complexity of devices and enhance network performance.

  MPLS体系结构能够利用LSP建立隧道，简化了传输控制，降低了设备复杂度，提高了网络性能。

• MPLS fault recovery mechanisms and their performance in recovery time, recovery topology, recovery efficiency and the resource utilization of backup paths are given and analyzed.

  对MPLS故障恢复机制进行了研究，分析了各种恢复机制在恢复时机、恢复拓扑、恢复效率、备份路径资源耗费等方面的性能。

• All resources in MPLS networks have chances to fail. If a network with high level availability is to be provided, network providers must predict the potential failures and give the solutions.

  在MPLS网络中的任何资源都有可能发生故障，要想提供一个高可用性的网络，网络提供商必须能够预料并且解决这些可能发生的故障。

• The development situation of IP net traffic engineering technology are mainly introduced. The policies of the high efficiency operating at the fields of MPLS are analysed.

  主要介绍了IP网络中流量工程技术的发展情况，对在MPLS域方便实施高效可靠的网络运作的策略性能、属性及特征做了分析。

• MPLS is a key technique which can solve problems existed in IP core network such as the performance of forwarding, differ service, traffic engineer and so on.

  MPLS是一项有效解决核心网络转发性能、区分服务、流量工程等问题的关键技术；

• MPLS network structure has good communication and distributive characteristics, it is an ideal structure of intrusion detection for the distributive networks.

  MPLS网络结构具有很好的通信和分布式特征，是分布式网络入侵检测的理想架构。