MPLS控制平面的设计与实现
he design and realization of MPLS Control Plane
MPLS以其高性能，可灵活扩展和支持多业务的特点，必将成为下一代网络的关键技术之一；MPLS引入LDP作为其核心机制，用以管理、分配标签以及建立LSP；此文主要讨论了MPLS控制平面的设计与实现，并给出了LDP体系结构和功能模块图以及主要的数据结构体的定义。
MPLS possessing of characteristics of high performance, flexible and extensible, and the support to multi-operation will become one of key technologies of the NGN. LDP which is the core protocol of MPLS is used to manage and distribute labels as well as establish the LSP. In this paper the design and realization of MPLS Control Plane is discussed. Furthermore LDP architecture, function module chart and several primary data structure are provided.
戚聿娟、徐塞虹
通信
MPLS（多协议标签交换），LDP（标签分发协议），LABEL（标签），LSP（标签交换路径），控制平面(Control Plane)
MPLS(Multi-Protocol Label Switching)，LDP(Label Distribution Protocol)，LABEL，LSP(Label Switched Path)，Control Plane
戚聿娟,徐塞虹.MPLS控制平面的设计与实现[EB/OL].(2007-05-14)[2025-08-02].http://www.paper.edu.cn/releasepaper/content/200705-170.点此复制
评论