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- 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。
- When a set of MPLS nodes have information in their LIBs related to the same destination,a label switched path (LSP) has been created. 当一组MPLS节点在它们的LIB中拥有了与同一目的地有关的信息时,就建立起一个标签交换通道(LSP)。
- When a set of MPLS nodes have information in their LIBs related to the same destination, a label switched path (LSP) has been created. 当一组MPLS节点在它们的LIB中拥有了与同一目的地有关的信息时,就建立起一个标签交换通道(LSP)。
- Label Switch Path(LSP) extension LSP扩展
- The Study on Routing Algorithms of Multi-priority Label Switch Path in MPLS over WDM Mesh Networks 光互联网中多优先级标记交换路径路由算法研究
- label switched path 标记交换路径
- label switched path tunnel 标记交换路径隧道
- label switched paths 标签交换路径
- label switching path (LSP) 标记交换路径
- label switching path 标签交换路径
- LSP( Label Switching Path) 标签交换路径
- Label Switching Path(LSP) 标记交换路径
- It provides the connection service for two client networks to transmit data stream by establishing end-to-end circuit switched path. 数据平面主要负责业务数据的传输,它通过建立端到端的电路交换连接为客户网络之间的业务数据流提供通路服务;
- 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。
- With the constraint of subcarrier switching path, a subcarrier label assignment strategy in satellite subcarrier switching networks was proposed for unsymmetrical transmission. 摘要分析了卫星通信副载波标记交换网络中网络对动态业务条件下非对称业务传输的适应问题,提出了一种副载波标记划分策略与资源分配算法。
- The consistent theme for these techniques is that communication between endsystems on separate subnets initially flows through the routers, with subsequent traffic "shortcut" to the faster switched path. 这些技术的一致想法是,不同子网上端站之间的通信先通过路由器,尔后的流量“抄捷径”到更快的交换通道上。
- 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。
- The consistent theme for these techniques is that communication between endsystems on separate subnets initially flows through the routers,with subsequent traffic "shortcut" to the faster switched path. 这些技术的一致想法是,不同子网上端站之间的通信先通过路由器,尔后的流量“抄捷径”到更快的交换通道上。
- Subsequent packets for the same destination use the same switching path. 后续的包会使用同样的交换路径到达相同的目的地!
- 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。