WMN

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。

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

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。

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

Authentication and Key Agreement is one of the key issues that must be addressed in WMN .

认证及密钥协商是WMN必须解决的关键问题之一。

The Application of WMN Based RFID in Supermarket

基于无线网状网的RFID技术在超市中的应用

Wavelets and AAR Model Based Predicting Algorithm for WMN

基于小波变换和AAR模型的WMN流量预测方法

Based on the graph model , the thesis conducts research on MIMO WMN scheduling and routing algorithm .

在此基础上进行了多输入多输出无线网状网的调度算法和路由算法的研究。

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。

Finally , WMN is shown to have an extensive range of applications in future wireless wideband access system .

最后论述了WMN必将在未来宽带无线接入系统中取得广泛应用。

Based on pricing mechanism , we proposed two hop-by-hop congestion control schemes for single-channel WMN .

基于价格机制，提出了两种针对单信道WMN的逐跳拥塞控制策略。

Wireless mesh network ( WMN ) is a new promising wideband wireless networking technology for numerous applications .

无线网状网技术是一种具有良好市场应用前景的新型宽带无线网络技术。

However , many existing routing protocols for WMN can not fully meet the actual demands of practical applications entirely .

然而，现有已提出的若干协议尚不能完全满足实际应用的需求。

Currently , WMN is becoming a focus in the academic field and engineering field and a hotspot technology in the world .

目前WMN在世界范围内迅速引起了学术界与工程界的关注，成为一项热点技术。

Wireless mobile mesh network ( WMN ) is a new wireless network , which is completely different from the traditional wireless networks .

无线MESH网络（WMN），是一种与传统无线网络完全不同的新型无线网络。

This article analyzes several problems existing in multimedia transmission in WMN and introduces the application of adaptive transmission based on scalable coding .

文中分析了WMN传输多媒体业务所存在的问题，并且介绍了基于分级编码的自适应传输在该网络中的应用。

The MAC protocol in WMN and investigates the multi-channel MAC mechanisms are analyzed and summarized .

详尽分析了WMN的MAC层协议，针对WMN的多信道MAC方案进行了研究。

A WMN has a feature of self-organizing and self-healing , and can provide greater network capacity and higher transfer rate .

WMN具有自组织和自愈的特点，能够提供更大的网络容量和更高的传输速率。

Through comparing with other related protocols by simulation , it is provided that the performance of the WMN has been improved .

通过仿真实验与其他无线路由协议进行了比较，网络的各种性能参数都得到提高。

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。

The access admission control mechanism in WMN and WLAN plays an important role in achieving fair resource schedule and load balance .

WMN和WLAN中接入允许控制机制是实现公平资源调度和负载均衡的关键点。

At present Shamir threshold mechanism is widely used in WMN . But the calculation of polynomial consumes network resources greatly .

目前WMN广泛采用的是Shamir门限方案，但基于多项式的Shamir秘密共享计算繁琐，对网络资源消耗较大。

The implementation method of wireless mesh routing protocol is proved effective and the performance of the WMN is measured in the real networks .

实验验证了采用这种方案实现无线Mesh路由协议是可行的，并且对无线Mesh网络的性能做了测试和分析。

Methods The effects of WMN on the vitality of PG and HUVEC were detected by MTT .

方法MTT法检测威麦宁对PG、HUVEC活力的影响；

TheWirelessMeshNetwork ( WMN ) has been actively researched and developed as a new network technology to support broadband and high speed multimedia services .

无线网状网（WMN）是近年被高度重视和快速发展的新型网络技术，支持宽带高速多媒体业务服务。

WMN is a new networking model which is able to transmit and forward data packets via wireless mesh nodes towards the destination node .

WMN是一种全新的组网方式，可以通过无线mesh节点对数据进行转发，直至将数据送至目的节点。

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

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。

While the various wireless techniques gradually developing to the next generation , a new one , wireless mesh network ( WMN ) comes into date recently .

在各种各样的无线技术逐步发展到下一个阶段的过程中，近来一种新型技术一无线Mesh网络（WMN）出现了。

It extends the current Petri net model by considering probability , capacity and priority in real world and application ( not only in WMN ) .

考虑到现实世界与应用（不仅仅是无线网格网）中经常涉及到的概率、容量、优先级，本文扩展出了新的Petri网模型。

Although WMN is regarded as the key technology for next-generation wireless networks , its performance is limited by the crowded unlicensed band .

无线网格网虽被认为是下一代无线网络的关键技术，它的性能却被拥挤的无执照频段所限制。