The best approach is to use wireless mesh networks, in which data are handed from one meter to the next.
最好的方法是使用无线网格网络中，凭借该网络数据可以从一个仪表传递到另一个仪表。
Its small footprint is ideal for building AMR Wireless Mesh networks where Repeaters are too complicated to set-up or too costly.
它的体积小，是构造amr无线网状网络的理想选择，因为这种情况下中继器安装起来太过复杂或成本过高。
Under such circumstance, wireless multi-hop Mesh networks appear as a new technique.
无线多跳网是一种由移动节点组建的自组织网络。
The proposed protocol can effectively improve the spatial reuse of access points in wireless mesh backbone networks.
该协议能够有效提高无线网格骨干网中无线接入点的空间复用度。
The transmission scheduling of wireless mesh networks(WMNs) is modeled as a problem of conflict graph coloring.
无线网状网络是一种受到广泛关注的宽带无线网络架构。
Field networks use self-organizing wireless mesh radio frequency communications technology to deliver 99 percent reliable communications supported by proven robust security.
现场网络通过利用自组织无线网孔广播频率通信技术，可传送99%可靠的信号。
So how to reduce the interference and improve the network performance are the key issues of wireless mesh networks.
因此，如何降低跳路间的竞争和干扰、提高网络性能是无线Mesh网络研究的重点。
Nash equilibrium is founded for this game and the obtained throughput for wireless mesh networks is compared to throughput with random route selection.
随后建立相应的纳什均衡并将所得吞吐量同随机路由选择方案的吞吐量相比较。
This includes wireless mesh, grids, network remote station Repeaters which can extend networks and connect to backhaul.
这包括无线网，电网，网络远程站点中继器，可扩展网络，并连接到回程。
This dissertation is focus on how to improve the quality of flows delivery and the throughput of WMNs by combining overlay multicast with wireless mesh networks.
覆盖多播是在应用层实现多播功能，但多播流的分发质量与底层网络的拓扑结构、接入控制机制、路由等有关。
This dissertation is focus on how to improve the quality of flows delivery and the throughput of WMNs by combining overlay multicast with wireless mesh networks.
覆盖多播是在应用层实现多播功能，但多播流的分发质量与底层网络的拓扑结构、接入控制机制、路由等有关。
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