routing protocol performance

英 [ˈraʊtɪŋ ˈprəʊtəkɒl pəˈfɔːməns] 美 [ˈraʊtɪŋ ˈproʊtəkɑːl pərˈfɔːrməns]

路径选择协议性能

计算机



双语例句

  1. Simulation and analysis of Ad Hoc Network DSR routing protocol performance
    无线自组网DSR路由协议的仿真及性能分析
  2. In this paper, the implementation of distributed routing protocol BGP 4 in high performance router developed by Tsinghua University is presented.
    介绍了在清华大学研制的国产高性能路由器中分布式路由协议BGP-4的具体实现。
  3. New layered routing protocol for Ad Hoc network and performance evaluation
    一种新型adhoc网络分层路由协议及性能评价
  4. The route cache lifetime setting is critical to the on-demand ad-hoc routing protocol performance.
    路由缓存的生存期(TTL)对协议性能有着重要的影响。
  5. Lastly, according to creating prototype system and designing four comparing experiments, it gets the experiment statistical data, and makes a conclusion that this routing protocol algorithm has a better performance on one way delay, output, load balance and etc.
    最后通过建立原型系统并设计四个对比实验,得出实验统计数据,定量地测定了该路由协议算法在单程路径延迟、吞吐量和负载平衡等方面所具有的优越性。
  6. In this realistic environment, authors have done some experiments to evaluate the performance of DSR protocol. The experiments focus on three aspects: the routing performance, the overhead of the protocol and TCP traffic performance.
    在实验床的真实场景中,笔者从路由性能、协议开销和TCP业务的传输性能三个角度对DSR协议进行了一系列实验和性能评价工作。
  7. Routing Protocol Based on Multimedia Traffic in Mobile Ad Hoc Networks-Adaptive Selection and Performance Analysis
    基于多媒体业务移动自组网路由协议的研究&自适应选择与性能分析
  8. In order to evaluate routing protocol performance in mobile wireless ad hoc networks.
    本文采用网络仿真软件NS2评价移动自组网的路由协议。
  9. Multicast Routing Protocol directly to affect the network performance, as a result of the network itself complexity, it is too difficult to analyze the Multicast Routing Protocol to the network performance influence.
    其中组播路由协议将直接影响网络性能,由于网络本身的复杂性,要分析组播路由协议对网络性能影响显得比较困难。
  10. The simulation results show that two-hop-relay technology don't handled the complicated multihop routing protocol and retains low system complexity while significantly improving system performance.
    结果表明:两跳技术无需处理复杂的路由协议和保留系统的低复杂度,可以提高系统容量和扩展网络覆盖范围。
  11. In the routing protocol we use a evaluate method which consider the performance of service to enhance the quality of anycast service.
    同时采用一种考虑了服务器处理性能的评价方法作为路由度量标准,有利于提高anycast的整体服务质量。
  12. A defense model based on this security protocol is established on DSR protocol. Through simulation of defense model and attack model, we can draw a conclusion that this security routing protocol based on Reputation Systems can get better performance on packets delivery ratio and loss ratio.
    通过在DSR协议上建立相应的防御模型进行仿真实验,对防御模型与攻击模型进行比较,可以发现基于声誉机制的安全协议在包传输率和包丢失率方面有良好的性能。
  13. The results indicate that there are routing protocol performance differences between the modified RWM and RWM.
    仿真结果表明,在RWM移动模型和修改后RWM移动模型下的路由协议性能存在差别。
  14. With the increasing development of Internet applications, high-speed core router has become the researching focus of the current network area. Effective and stable routing protocol is an important factor of high-speed core router performance.
    随着Internet规模的不断扩展以及应用的不断深入,高效稳定的路由协议已成为当前网络领域研究的热点和重点,是保障核心路由器性能的重要因素。
  15. In this dissertation, we mainly study several problems in the fields of routing protocol performance parameters and quality of service ( QoS) routing algorithm for a MANET.
    本论文主要研究移动自组网络路由关键性能参数和QoS路由算法中的捷径冲突现象两方面的内容。
  16. The implementation method of wireless mesh routing protocol is proved effective and the performance of the WMN is measured in the real networks.
    实验验证了采用这种方案实现无线Mesh路由协议是可行的,并且对无线Mesh网络的性能做了测试和分析。
  17. The Routing Protocol is not only an important indication to evaluate performance of Ad Hoc Network. but also one of the key technologies to implement Ad Hoc Networks.
    路由协议是评价adhoc网络性能的一个重要指标,更是实现adhoc网络的关键技术之一,因此研究adhoc网络的路由协议具有重要的意义。
  18. How to introduce these advanced physical layer technologies to routing protocol design in Ad Hoc networks in order to achieve better performance is of great significance and value.
    如何将这些物理层技术与网络层技术有效的结合,给网络带来性能上的提升具有重要的研究意义和价值。
  19. This part emphasizes the routing protocol, because the routing protocol is very important to the performance of network optimization.
    这其中重点介绍了无线网状网的路由协议,因为路由协议对网络性能的优化起到十分重要的作用。
  20. Considering the impact of routing protocol and mobility model to the TCP performance, for the improvement of TCP performance over mobile ad hoc networks, TCP-CDR scheme is proposed, which includes TCP-CD and the maximized retransmission timeout limit.
    考虑到路由协议和移动模型对TCP性能的影响,为解决TCP在移动无线网络中的吞吐率的性能降低问题,可采用TCP-CDR方案,即在TCP-CD基础上增加TCP最大重传重试时间的限制。
  21. In wireless sensor networks, routing protocol is a key technology which determines the networks performance.
    在无线传感器网络中,路由协议是决定网络性能的关键技术之一。
  22. Routing protocol is the core technology of wireless sensor networks, whose performance directly affects the efficiency of the entire network.
    路由协议作为无线传感器网络核心技术之一,它的性能直接影响整个网络的运行效率。
  23. The routing protocol has decided the entire network performance to a great extent.
    路由协议在很大程度上决定了整个网络的性能。
  24. Stable and efficient routing protocol is an important factor in the performance guarantee credible router, so the study of the impact of network routing protocols situation has far-reaching significance.
    高效稳定的路由协议是保障可信路由器性能的重要因素,所以对路由协议的研究工作具有深远的意义,各大主要网络设备商也十分重视相关路由协议的开发与研究工作。
  25. The NS2 ( network simulation version 2) simulation results show that the routing protocol performance improved a certain extent after the local repair improved, especially have a great improvement in delay.
    在NS2(NetworkSimulationVersion2)中的仿真实验表明,改进本地修复算法后的路由协议与原路由协议相比性能有了一定提升,尤其在延迟方面有较大改进。
  26. Proved through the experiments of the simulation software MATLAB: improved routing protocol LEACH have outstanding performance in terms of network life cycle, the variance of node residual energy and network energy consumption.
    通过仿真软件MATLAB的实验证明:改进后的LEACH路由协议在网络生命周期、节点剩余能量方差以及网络总的能量消耗方面均有优异表现。
  27. Simulation results show that the topology of the network is stable and robust, and the routing protocol has good performance in the load balancing and node failure adapting.
    仿真实验表明多层卫星网络拓扑结构稳定,路由协议具有较好的负载均衡和应对节点故障的能力。
  28. It mainly focused on the classification of routing protocol, considerations of designing routing, and performance evaluation of routing protocols. Meanwhile it made detail analysis of the scheme of the famous routing.
    着重介绍了路由协议的分类、路由协议设计考虑的因素、路由协议性能评价,对现有的典型路由协议的工作原理做了详细的介绍分析。
  29. With the development of Internet, an effective and steady routing protocol will be an important factor to ensure performance of network.
    由于目前互联网技术的飞速发展,需要高效稳定的网络协议,路由协议就是保障网络性能的重要因素。
  30. However, because every mobile terminal can be used both as a host computer and an IP Router, the network topological structure varies drastically, which makes the conventional routing protocol cannot work normally or has a poor performance.
    但是,由于每个移动终端既充当主机又充当路由器,网路拓扑结构变化非常剧烈,使得常规路由协议在该环境下或无法正常运行或性能低下。