该文提出基于无线网状网物理特性的超级节点选举机制。
This paper proposes a super node selection strategy based on physical characteristic of Wireless Mesh Network (WMN).
无线网状网络是一种受到广泛关注的宽带无线网络架构。
The transmission scheduling of wireless mesh networks(WMNs) is modeled as a problem of conflict graph coloring.
本文主要研究无线网状网中的多径路由协议及其安全机制。
We will focus on multipath routing protocol and its security mechanism in WMNs.
在无线网状网路中，资料传输的排程是一个相当重要的研究议题。
The scheduling of data transmission is a very important research issue in a wireless mesh network .
本文讨论了基于无线网状网(WMN)的RFID技术在超市中的应用。
This paper studies the application of Wireless Mesh Network (WMN) based RFID in supermarket.
其次，研究了无线网状网络中分布式信道分配时，接口异构对网络容量的影响。
We then use this model to study the impact of channel and radio constrains.
而且由于无线网状网络，每个房间的面板也担当了从其它房间回到中心控制点的数据通信的中继。
And thanks to the wireless mesh network, the panel in each room also ACTS as a relay for the data traffic from other rooms back to a central control point.
本文首先概述了无线网状网的研究背景，并重点介绍了无线网状网路由协议的特性和类型。
In this thesis we first introduce the research background of WMNs, emphatically introducing the properties and category of WMNs 'routing protocols.
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。
Its small footprint is ideal for building AMR Wireless Mesh networks where Repeaters are too complicated to set-up or too costly.
无线网状网或无线网格网被称为“因特网的无线版本”，是一种具有自组织和自愈特点的新型无线通信网络。
WMN (wireless Mesh network) is considered to be "The wireless Version of Internet", which is a new type of wireless communication network and capable of self-organization and self-cure.
MESH无线网络是新近出现的一种无线多跳网状拓扑网络，是一种非常有前途的无线接入网络技术。
The MESH wireless network recently emerged from the wireless Mobile Ad Hoc reticular topological network, and it is a very promising wireless access network technology.
MESH无线网络是新近出现的一种无线多跳网状拓扑网络，是一种非常有前途的无线接入网络技术。
The MESH wireless network recently emerged from the wireless Mobile Ad Hoc reticular topological network, and it is a very promising wireless access network technology.
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