网状网络

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  • mesh network
网状网络网状网络
  1. 一种WiMAX网状网络的QoS保障算法

    A QoS-Guaranteeing Algorithm for WiMAX Mesh Network

  2. 高效、安全的路由机制是保证无线网状网络(WMN)正常工作的一个重要因素。

    An efficient and secure routing protocol is one of the most important factors to ensure the wireless mesh network ( WMN ) to run successfully .

  3. 正当无线局域网的发展如火如茶之时,一种新的无线Mesh网络(无线网状网络)又出现了。

    While the development of the wireless LAN when in full swing , a new Wireless Mesh Networks have emerged .

  4. 基于WLAN的无线网状网络WMN安全接入协议研究

    Research on Secure Access Control Protocol in WLAN-based Mesh Networks

  5. 本文研究讨论了基于WLAN的无线网状网络WMN的接入安全。

    In this thesis , we discuss the secure access control of WLAN-based Mesh Networks .

  6. TES系统网状网络设计计算

    SYSTEM The Calculation and Design of TES Systematic Net-Shaped Network

  7. 无线Mesh网络(无线网状网络)是一种基于多跳路由的新型WLAN结构,具有移动宽带的特性,同时它本身可以动态地不断扩展。

    Wireless Mesh Network is a multi-hop routing based on the new WLAN structure , with the characteristics of mobile broadband at the same time it continues to expand dynamically .

  8. 该系统以渗压监测为例,采用无线传感器网络技术,建立网状网络拓扑结构,结合GPRS技术实现数据的远传。

    Taking seepage pressure monitoring for instance , the sensor network technology is selected to establish a net network topological structure and with GPRS technique , to realize the remote data transmission .

  9. 如果一台设备需要向远在互联网上的一台中央服务器发送信号,它就可以通过网状网络,找到一个可用的手机或Wi-Fi连接。

    If a device needs to ping a central server to work well over the Internet , it can take advantage of the mesh to find a working mobile or Wi-Fi connection .

  10. WMN即无线网状网络,也被称为无线多跳网络,是一种多跳无线网状拓扑网络,属于无线宽带接入网络领域的范畴。

    Wireless mesh network , also known as multi-hop wireless network , which is a wireless multi-hop mesh network topology , and belongs to broadband wireless access areas .

  11. 这个网状网络仅需两个小时就可以通信。

    The mesh network was communicating in only two hours .

  12. 网状网络通过安装在家中、被称为中继器的小盒子运行。

    Mesh networks work through small boxes called repeaters placed in homes .

  13. 智能电表构成了“网状网络”,以此转发读数。

    Smart power meters form " mesh networks " to relay their readings .

  14. 事实上,我们就能形成一个网状网络了

    And then we can form , in effect , a mesh network .

  15. 在网状网络当中,一方面,信息包在节点之间以无线的方式传送。

    In a mesh network , packets are forwarded wirelessly from node to node .

  16. 无线设备使不同膝上型电脑间的网状网络连接成为可能,可用来进行信息共享和协作。

    The wireless device enables mesh networking between laptops for information sharing and cooperation .

  17. 所以,无线网状网络环境下的组播问题已经得到了越来越多的关注。

    So the problem of multicast routing in wireless mesh networks has got more and more attention .

  18. 网状网络是指这样一种网络拓扑结构:网络中的设备是通过网络节点之间的众多冗余互连连接起来的。

    The term mesh network refers to a network topology in which devices are connected with many redundant interconnections between network nodes .

  19. 这一创新的自组织网状网络,可以随着设备点的添加和移除而自动适应,已经在现实环境里经过了广泛的测试。

    This innovative self-organizing mesh network , which automatically adapts as device points are added or removed , has been extensively tested in real-world environments .

  20. 在实验室环境下进行系统测试,结果表明该网关节点能够成功组建一个网状网络,下级子节点能够成功加入到网络中。

    The experimental result shows that a mesh net can be established by the gateway node and sub nodes can be added into this net .

  21. 完成了网络自组织算法,使无线传感器网络具有自组织功能,以树型组网,结合路由实现了网状网络结构。

    Implementing a self-organizing network algorithm makes WSN hold self-organizing capabilities . Organizing the tree network , combined with the routing achieve a mesh network .

  22. 对于该问题的已有研究大多集中于单信道单接口无线网状网络,但是单信道单接口会严重阻碍网络吞吐量的提高。

    Most past studies for the problem focused on the single-channel single-radio wireless mesh networks . The single channel single radio property severely hinders the network throughput .

  23. 在真正的网状网络(有线或无线)当中,每个节点与网络中的另一个节点相连,包括直接连接和通过中间节点跳接。

    In a true mesh network wired or wireless every node has a connection to every other node in the network , whether directly or via hopping though intermediate nodes .

  24. 虽然蓝牙在短距离通信的无线协议里比较流行,但是体域网需要的是支持网状网络、低延时通信、安全和低功率工作周期的协议。

    While Bluetooth is popular in wireless protocols for short range communications , BANs need protocols that support mesh networks , low-latency communications and support for security and low power duty cycling .

  25. 针对网状网络和网络节点功能不同的光网络路由和波长分配问题,提出了一种基于节点功能的多波长光网络分布式路由与波长分配算法。

    For the problem of routing and wavelength assignment in mesh network , especially the problem in the network that the node with different function , an algorithm based on the equivalent network is designed .

  26. 因此,本文对不同结构的复杂网络模型和供应链网络模型进行了稳定性分析,结果证明网状网络模型具有最好的抵御风险能力。

    Therefore , this article analyzed the stability on the different structure of the complex network and supply chain network model . And the results show that the mesh network model has better ability to deal with the withstand risks .

  27. 系统借助无线传感器网络成本低、功耗低、部署简单、网状网络覆盖面积大及网络定位等特点,解决了检测响应实时性低和泄漏点定位困难等技术难点。

    WSN is low cost , low power , easy to deploy and its network has great coverage . With these advantages of WSN , the system solves some technical problems such as : bad real-time and hard to locate .

  28. 电力通信网的结构也已从单一服务于调度中心的简单星形方式发展到今天多中心的网状网络,以保证能为日益增长的电力信息传输需求服务。

    Its structure has already developed from simple star topology , which is used to serve schedular center , to today 's multicenter network to assure that the network can serve the requirement of increasing transmission of electric power information .

  29. 一个典型的例子是光网络多播技术,在分光器支持下可以实现光层多播路由交叉连接,WDM网状光网络中的单播路状路由也拓展为多播树状路由。

    One example is the optical multicast , which realizes one-to-many routing and cross-connection by using light splitters on the optical layer .

  30. 对以全网铺设光纤的总长度最短为优化目标进行波分复用(WDM)网络的抗毁设计,研究了波长转换器对多光纤网状WDM网络设计的影响。

    In this paper , a new resilient network model aimed at minimizing total fiber length is established and the influence of wavelength conversion on design of restorable multi-fiber WDM networks is studied simultaneously .