1) cognitive wireless mesh network
认知无线MESH网络
2) wireless mesh network
无线mesh网络
1.
Cross-layer routing protocol in multi-radio wireless mesh networks;
多radio无线mesh网络跨层路由协议
2.
Channel assignment algorithm based on topology simplification in multi-interface wireless mesh networks;
基于拓扑化简的多接口无线mesh网络信道分配算法
3.
Modeling and analyzing of TCP fairness in Wireless Mesh Network;
无线Mesh网络中TCP公平性建模与分析
3) Wireless Mesh Networks
无线Mesh网络
1.
An Improved Multi-Channel MAC Protocol for Wireless Mesh Networks;
关于无线Mesh网络多通道MAC协议的改进(英文)
2.
Overlay multicast strategy based on utility optimization for wireless mesh networks;
无线mesh网络中基于效用最优的覆盖多播策略
3.
Congestion control for multihop flows in wireless mesh networks;
无线mesh网络中多跳数据流的拥塞控制
4) Wireless Mesh Network(WMN)
无线Mesh网络
1.
Through the experiments conducted on the practical Wireless Mesh Network(WMN) test bed based on IEEE 802.
11b/g协议的无线Mesh网络实验床,测试无线链路的吞吐率和延迟。
2.
The stream competition among wireless data is researched by the experiment conducted in Wireless Mesh Network(WMN) bed.
该文通过在无线Mesh网络实验床上进行的实验对无线数据流间的竞争进行研究。
3.
Gateway selection problem is brought in multi gateway Wireless Mesh Network(WMN).
在多网关的无线Mesh网络(WMN)中,网关选择影响了WMN的性能。
5) Mesh Wireless Network
Mesh无线网络
1.
Network Inspection Agent Allocation Scheme in Mesh Wireless Network;
Mesh无线网络监测代理分配算法
6) wireless mesh network
无线 mesh 网络
1.
The throughput of wireless mesh networks is influenced by routing strategy,wireless interference and node mobility problems,and traditional routing based on the shortest path cannot achieve good performance.
无线 mesh 网络的吞吐量受路由策略、无线干扰、节点移动性等因素影响,使用传统的基于最短路径的路由协议并不能获得良好的性能,为此提出了一种基于网络编码的路由算法。
2.
For load balance and better fairness of multi-traffic flows in Wireless Mesh Network,a novel congestion-aware routing protocol algorithm (Congestion-aware DSR:CDSR) based on DSR was proposed.
为了实现无线 Mesh 网络的负载均衡和改善多业务流传输的公平性,基于 DSR 提出了一种新的可感知拥塞的路由协议算法(Congestion-aware DSR,CDSR)。
补充资料：无线电通信波段(见无线电通信)
无线电通信波段(见无线电通信)
radio communication wave range
wuxiandian tongXin boduan无线电通信波段(rads。。ommunicationWaVe range)见无线电通信。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条