WMN

Wireless mesh network ( WMN) has received continuous attention in recent years.

近年来，无线Mesh网络已成为一个倍受关注的研究领域。

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WMN QoS routing strategy based on interference model

基于干扰模型的无线网状网QoS路由策略

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P2P Super Node Selection Strategy Based on Physical Characteristic of WMN

基于WMN物理特性的P2P超级节点选取机制

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The martensitic transformation of several industrial steels was studied, such as 65 Mn, 60 Si 2 Mn , 9 CrSi, CrWMn, 5 CrMnMo and 42 CrMo.

研究了工业用钢65Mn 、 60Si2Mn 、 9CrSi、CrWMn 、 5CrMnMo、42CrMo淬火马氏体的形成过程.

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Contrarily, the application oriented technologies such as query processing and optimization based on the WMN have rarely been studied.

但是像查询处理、优化等面向应用的研究还很少。

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Directional antennas can improve spatial reuse of Wireless Mesh Setworks and affect the capacity of WMNs.

定向天线能够提高无线网格网络(WMN)的空间复用率,因而影响了WMN的 容量.

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This paper proposes a super node selection strategy based on physical characteristic of Wireless Mesh Network ( WMN ).

该文提出基于无线网状网物理特性的超级节点选举机制.

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WMN can be divided into terminal mesh networks, infrastructure mesh networks, and hybrid mesh networks according to the topology of network and the function of node.

无线mesh网根据网络拓扑及节点功能可以分为终端mesh网、基础设施mesh网、以及混合mesh网结构。

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