IEEE802.16中的无线Mesh网络研究  

Research on Wireless Mesh Network in IEEE802.16

作　　者：姜永[1] 郑明春[1] 李国强[2] 

机构地区：[1]山东师范大学管理与经济学院,山东济南250014 [2]中山大学信息科学与技术学院,广东广州510275

出　　处：《计算机技术与发展》2008年第5期234-237,共4页Computer Technology and Development

基　　金：山东省泰山学者基金资助项目(304068)

摘　　要：1980年3月13日,IEEE批准了一个新的的工程802。IEEE 802由LAN/MAN Standard Committee(LMSC)负责。就无线通信而言,802 WG定义了802.11WLAN,802.15WPAN和802.16WMAN。与以前的无线技术一样,随着通信实体的距离的增大,数据的传输速率随之降低。对新的应用层业务而言,无论距离多远,都必须要保障高的数据率。要克服链路速率的限制,必须密集地布置无线网路设备。WMN有助于克服当前的无线通信系统对有线主干网络的依赖,因为它们价格便宜并能保证新的无线应用。概括了WMN的发展历程和最新的发展动态,并指出了进一步的发展方向。On March 13th 1980, the Computer Society of the Institute of Electronics and Electrical Engineering, （IEEE） approved project 802. IEEE 802 is led by the LAN/MAN Standards Committee （LMSC）. Until today, twenty-two Working Groups （WGs） mainly define standards for the lowest two layers of the ISO/OSI reference model in the 802. For wireless communication,802WG define 802.11WLAN, 802.15WPAN 和 802.16WMAN. Similar to preceding wireless technologies, data rate slows down by increasing in distance of the communication entities. However, demands for new applications emerge that need high data rates regardless of distance. To overcome the link speed limitation, dense deployment of wrireless networks is needed. WMNs help to overcome current dependencies of wireless communication systems on wired backbones. Thus, they enable cheap deployment and rapid roll - out for a new generation of wireless services. Summarizes the developing experience of WMN.

关 键 词：IEEE802.16j 无线MESH网络 无线中继网络 无线局域网 无线城域网 

分 类 号：TP393[自动化与计算机技术—计算机应用技术]