MPLS solves the above problems.
MPLS的出现解决了以上问题。
LDP protocol is the core of MPLS technology.
标记分发协议是MPLS的技术核心。
The data transmission in MPLS network is led by label.
MPLS网络中数据的传输靠标签引导。
The MPLS network technology data retransmission relies on label.
MPLS网络技术的数据转发依赖于标签。
This BRM mechanism can support IP Multicast in MPLS domain effectively.
边界路由器多播机制能有效地支持MPLS网络环境下的IP多播问题。
Get pricing for the highest level of QoS before you select a MPLS provider.
在选择MPLS提供商之前，了解一下最高级别服务质量的价格。
MPLS-based self healing is an important application characteristic of MPLS TE.
MPLS自愈恢复是MPLS流量工程的一种重要应用特性。
The superiority of MPLS-VPN technology from the practical example is analyzed.
文章从实际案例出发分析了MPLS - VPN技术的优势。
This paper researches deeply the implementation of MPLS technology in Tbit router.
本文深入研究了T比特路由器中MPLS技术的实现问题。
After consulting the LIB, the MPLS node forwards the packet toward its destination.
经过查找LIB之后，MPLS节点将包转发给它的目的地。
MPLS supports flexible routing method and fits the implement of traffic engineering well.
MPLS支持灵活的路由选择方法，非常适合于流量工程的实现。
Users can predict and evaluate the performances of the MPLS technology and its application.
用户可以根据自己的需要，对MPLS技术及其各种应用进行预测或性能评价。
Finally this paper analyzes the MPLS VPN technical superiority and its application prospect.
最后分析了MPLSVPN的技术优势及其应用前景。
Furthermore, it is implemented by an optimization equation based on constraint route of MPLS te.
其实现是基于MPLS流量工程的约束路由的最优化方程。
In some scenarios, the MPLS label can be directly integrated with other Layer 2 protocol headers.
在某些情况下，mpls标签可直接与其他第二层协议的报头结合起来。
This article depicts the base principle, the framework and the key-technology application of MPLS.
就MPLS的基本原理、框架结构及其关键技术应用等展开叙述。
The invention can provide more effective and reliable link protection for the T-MPLS network system.
本发明能够为T-MPLS网络系统提供更加有效可靠的链路保护。
When we attempted to combine the advantages of IP and ATM, Multiprotocol Label Switching (MPLS) appeared.
在将IP与ATM进行优势互补的种种尝试中，多协议标签交换(MPLS)应运而生了。
You have a router running BGP for the MPLS network and OSPF for the local LAN network at the sales office.
有一个路由器在MPLS上运行BGP协议，在销售办公室内部网络上使用OSPF协议。
MPLS is an IP core technology of the next generation. Currently it is actively driven to worldwide deployment.
MPLS技术是新一代的IP骨干网络技术，目前正在大规模的推广使用中。
This paper introduces and analyses a new mechanism which adopts label aggregation to realize IP multicast in MPLS.
介绍了一种引入标记聚集的新机制来实现多协议标记交换(MPLS)中的IP组播，并分析了该机制。
The logical module structure of BGP/MPLS VPN, which consists of the control plane and the data plane, is analyzed.
分析了BGP/MPLSVPN模块逻辑结构，将模块分为控制层面和数据层面两个平面。
Fault management and diagnosis is a challenge in MPLS networks due to the separation of control plane and data plane.
由于控制平面和数据平面相分离，因此故障管理和诊断是MPLS网络面临的一大挑战。
Set up and operate CAC (Call Admission Control) mechanisms for the WAN MPLS paths to avoid voice quality degradation.
为广域网mpls路径建立及运作呼叫允许控制(CAC)机制，以避免语音质量下降。
Then it specifies the kernel concept of MPLS, explains MPLS protocol model, transmit principle and double plane structure.
然后详细介绍了MPLS的核心概念，讲解了MPLS的协议模型、转发原理和双平面结构。
Meantime, T-MPLS has a good full-service access capability to provide a single platform for transportation and aggregation.
同时，T -MPLS具有优秀的全业务接入能力，能够提供单一传送汇聚平台。
This paper discusses various solution schemes of the IP Over ATM and the architecture of MultiProtocol Label Switching (MPLS).
本文就IP与ATM结合技术及其各种解决方案与多协议标记交换(MPLS)技术的体系结构等方面进行了讨论。
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。
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。
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