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。
There is an inevitable possibility of an LSP forming loops in MPLS networks, and the application of MPLS's loop control mechanisms is restricted by the ATM technological traits.
MPLS网络不可避免地存在着形成标记交换路径（LSP）环路的可能，而ATM技术特点又使MPLS网络环路控制机制的应用受到一些限制。
In order to ensure the reliability of MPLS network, MPLS fast Reroute (FRR) based on traffic engineering with the ability to provide fast protection and switching LSP capacity.
为了保证MPLS网络的可靠性，MPLS快速重路由技术借助MPLS流量工程的能力，为主标签交换路径(lsp)提供快速保护倒换能力。
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。
It extends and improves traditional routing algorithm by importing the conception of critical link to route LSP in MPLS network.
对传统的路由算法加以扩充、改进，将关键链路思想加入其中，并应用到MPLS网络的LSP路由当中。
It extends and improves traditional routing algorithm by importing the conception of critical link to route LSP in MPLS network.
对传统的路由算法加以扩充、改进，将关键链路思想加入其中，并应用到MPLS网络的LSP路由当中。
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