片语

LSP扩展LSP extension

LSP platformLSP平台

MPLS LSP标签交换路径

LSP LinkStatePacket链路状态信息包

LSP extensionLSP扩展

lsp coefficientslsp系数

working lsp工作路径

LSP programLSP程序

英汉例句

• Then the virtual link selection problem that how to select a suitable virtual link between two nodes to route LSP is discussed, and three policies are compared.

  接着本文研究了综合路由策略中的虚链路选择问题，即当节点对间存在多条虚链路时如何选择其中一条来建立LSP，并比较了三种策略。

• 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。

• Includes course fees, books, accommodation, evening activities, insurance, 24-hour support in China, pre-departure support from LSP staff, and two 「conversation lunches」 per week.

  费用包含：学费，书籍，住宿，夜间活动，保险，中国24小时支持，出发前LSP工作人员的支持，以及每周两次「会话午餐」餐费。

• 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。

• The control plane can set up and take down a LSP tunnel automatically under the cooperation of GMPLS protocols, and complete the protection and recovery of network failures.

  它通过引入控制平面并结合GMPLS协议实现连接的自动建立和拆除，并在相应机制下完成网络故障的动态保护和恢复。

• 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。

• The LSP-HD has an identical form factor to its predecessor, the LSP Infrared Linescanner, so compatibility with all existing mounting hardware is maintained.

  HD具有与其前一代，即LSP红外线行扫描仪完全相同的外形，所以它与所有现存的安装硬件兼容。

• 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。

• 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。

• LSP parameters can be obtained by solving an N-order non-linear equation relating to the linear predictive coding (LPC) coefficients.

  LSP参数可以通过求解一个与线性预测系数(LPC)相关的非线性N阶方程得到。

• At last, it gives the result of LSP according to exemplification of the specific implementation.

  最后结合一个具体的实现案例，给出了LSP的试验结果。

• It was observed the red-shift of LSP resonance wavelength and the field enhancement due to the mirror image in the substrate.

  这是可观察到的LSP共振波长和现场增强由于基底镜像。

• In the present work, based on the mechanism of LSP, the induced Shockwave during LSP and the generation of residual stress was discussed.

  本文从激光沖击处理的机理出发，介绍了激光沖击处理过程中沖击波的形成和残余应力的产生。

• It removes all Winsock LSP (Layered Service Providers) previously installed, including the potential malfunctioned LSP that causes loss of network packets transmission failure.

  它移除所有的WinsockLSP的(分层服务提供者)以前安装的，包括潜在发生故障，长期服务金，造成损失的网络数据包传输失败。

• The error-sources in measuring the liquid thermal conductivity with LSP are analyzed and the problems which should be paid attention to in LSP design are also suggested.

  本文分析了热线探针测定液体导热系数时产生误差的原因，指出了设计探针时应注意的问题。