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- label switch edge router 标签交换边缘路由器
- Label switching Edge Router LT 标签交换边缘路由器
- In this paper, we study the relationship of self-similarities of traffics and assembly algorithms of edge router in OBS networks. 摘要研究了光突发交换网络边缘路由器的组装算法与业务的自相似性之间的关系。
- Furthermore,the architecture of a Label switching router(LSR)supporting ip-multicast is designed based on the mechanism presented above,and its principles is described. 在此基础上提出了支持组播的标记交换路由器的结构,并描述了其工作原理。
- In multiprotocal label switch network,VC-merge is presented as the most likely implementation to offer scalable multicast forwarding at ATM-LSR. 在多协议标签交换网络中,ATM标签交换路由器上的VC合并技术能够增强组播转发的扩展能力。
- MPLS（Multi-Protocol Label Switching）is being discussed in IETF WG. IETF正在研制和积极推广的多协议标签交换（Multi-Protocol Label Switching，MPLS）十分适合于IP Over ATM的技术。
- EDGE ROUTER FOR SUPPORTING DIFF-SERV 支持区分服务的边缘路由器
- MPLS ( Multi-Protocol Label Switching ) is a new network technology that use a fixed label (32bit) leading data to transmit and switch at a high speed. MPLS(Multi-Protocol Label Switching：多协议标签交换)技术是一种开放的通信网上利用定长标签引导数据高速传输和交换的网络新技术。
- 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。
- Instead of deploying a defense at backbone routers, edge routers are another choice. 代替在骨干路由器上部署防御系统，边界路由器是另一个选择。
- MPLS Multi Protocol Label Switch 多协议标记交换
- Burst Assembly and Scheduling Mechanism in OBS Edge Router 光突发交换网络的突发包组装和调度
- In order to meet the diverse needs, some corporations. are deploying IP+ATM and MPLS (Multi-Protocols Label Switching). 某些以电信为背景的运营公司采用IP+ATM和MPLS(多协议标记交换)，以适应多种用户需求。
- I groped for the light switch in the dark room. 我在黑暗的房间里摸索着找电灯开关。
- 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。
- 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。
- Rosen, E., Callon, R. and A. Vishwanathan, "Multi-Protocol Label Switching Architecture", RFC 3031, January 2001. 注：马光星，原信息产业部数据通信技术研究所高级工程师，退休后在北京恒光科技发展公司工作。
- An adaptive detection mechanism is presented to detect the label switched path (LSP) failure. 摘要提出了一种可自适应检测标签交换路径(LSP)故障的机制。
- MPLS Multiple Protocol Label Switch 多协议标签协议性乃迁
- Research and Implementation of DiffServ Edge Router based on Network Processor 基于网络处理器的DiffServ边界路由器研究与实现
