多跳

  • 网络multi-hop;Hop;multihop;Multi-hopping
多跳多跳
  1. 支持IP漫游的多跳接入技术研究

    Research on Multi-hop Access Technology Supporting IP Roaming

  2. 多跳是adhoc网络最主要的特点。

    Multi-hop is the most important feature of Ad hoc network .

  3. 多跳adhoc网络中时分多址接入协议研究

    Study on Time Division Multiple Access in Multihop Ad Hoc Networks

  4. 多跳adhoc网络TCP拥塞控制改进方案

    Improved algorithm of TCP congestion control in multi-hop Ad Hoc networks

  5. 自组织网络(mobileAdhocnetwork)是一类具有移动、多跳、自治特性的无线网络。

    Mobile Ad Hoc Network ( MANET ) is a mobile , multi-hop and self-organized wireless network .

  6. 多跳无线adhoc网络的分布式公平调度算法

    Distributed Fair Scheduling Algorithm for Multi-hop Wireless Ad hoc Network

  7. 基于轮换簇头的多跳对等蓝牙adhoc网络形成协议

    A Multi-hop Peer-to-peer Bluetooth Ad Hoc Networks Formation Protocol Based on Cycle-switching Cluster-head

  8. 无线多跳adhoc网络负载均衡关键技术研究

    Research on Wireless Multi-hop Ad hoc Networks Based on Load Balance Key Technology

  9. adhoc多跳网络的不公平性研究

    Study of the Unfairness on Ad Hoc Multi-Hop Networks

  10. 在多跳adhoc网络中基于路由协议的TCP性能改进

    Performance Improvement of TCP Based on Routing Protocol in Multi-hop Ad hoc Networks

  11. Mesh网络具有自组织、多跳的特点,但是数据访问时间长。

    Mesh network is self-organizing , multi-hop , but a long time to access data .

  12. 一种适合无线多跳Mesh网络的MAC协议研究

    Research on MAC protocol for wireless multi-hop Mesh networks

  13. 提出一个分布式的具有多跳认证授权支持的移动adhoc网络方案。

    This paper proposes a distributed multi-hop certification authority scheme for mobile Ad Hoc networks .

  14. 多跳无线局域网中的QoS路由(MQR)协议

    QoS Routing Protocol for Multihop Wireless LAN

  15. 无线多跳adhoc网络中MAC机制的公平性与网络容量利用率

    Fairness and Network Capacity Utilization Ratio of MAC Mechanism in Wireless Multi-hop Ad hoc Networks

  16. 面向多跳无线网络的无冲突MAC协议

    Collision Free MAC Protocol for Multi-Hop Wireless Networks

  17. 一个基于图邻接矩阵模型的多跳adhoc网络路由协议及网络性能分析

    A Multi-Hop Graph Adjacent Matrix Model Based Routing Protocol for Wireless Ad Hoc Networks and Capacity Analysis

  18. 多跳无线网络下的TCPVEGAS性能分析

    Performance Analysis of TCP Vegas over Multihop Wireless Network

  19. 无线mesh网络是一种由无线mesh路由器和用户终端相互连接组成的无线多跳网络。

    Wireless mesh networks are wireless multi-hop networks in which wireless mesh routers and user terminals are connected each other .

  20. adhoc无线网络是一组具有路由和转发功能的移动节点组成的一个多跳的临时性自治系统,是一种无中心的无线网络。

    Ad hoc network is a multi-hop self-organized temporary system composed of mobile nodes with routing and transferring ability .

  21. 在MAC层基于IEEE802.11的多跳adhoc网络中,底层频繁的冲突严重影响了TCP的性能。

    In multi-hop Ad hoc network based on IEEE 802.11 , Frequent collision in MAC layer influences TCP performance .

  22. 移动adhoc网络(MANET)是一种特殊的无固定控制中心的多跳网络。

    Mobile Ad Hoc Network ( MANET ) is a special multihop network without a centralized administration .

  23. 无线Mesh网络是一种多跳自组织的无线网络,可以被用于最后一公里宽带无线接入。

    Wireless mesh networks ( WMN ), which is multi-hop and self-organized , can be applied in last mile broadband wireless access .

  24. 无线adhoc网络是一种无预设基础设施的、动态、自组织和多跳的无线网络。

    Wireless Ad Hoc network is a kind of dynamic , self-organization and multi-hop wireless network which has no basic infrastructure .

  25. LEACHCR采用非均匀分群的方法,平衡了多跳路由中的不同位置的节点能耗。

    LEACH_CR uses the non-homogeneous clustering method to equalize the energy consuming of nodes at different positions .

  26. 通过对单信道Mesh网络的空间复用性的研究,以及对大量实验数据的分析,建立了多跳传输的链路层丢包模型。

    Through studies on the spatial channel reuse of single-channel mesh networks , a link-layer packet drop model for multi-hop transmission is established .

  27. adhoc网络的多跳特性和节点的移动性使得协议的调试变得非常困难。

    The multi_hop character and node 's mobility of Ad hoc network makes it difficult for us to debugging it 's protocol .

  28. 与普通的移动网络和固定网络相比,无线adhoc网络具有无中心、自组织、多跳路由、动态拓扑等特点。

    Comparing with regular mobile network and fixed network , Ad Hoc networks are non-center , self-organize , multi-hop and dynamic topology .

  29. OBS多跳网络中分割丢弃不公平性解决方法的研究

    Resolution for Unfairness of Burst Segmentation or Dropping in OBS Multi-hop Network

  30. 将虚拟MIMO技术引入到自组织多跳无线网络中,可显著提高系统容量。

    Capacity of systems can be improved when virtual MIMO scheme is applied in the wireless self-organized multi-hop network .