Principles of IEEE 802.11s

G. Hiertz, Sebastian Max, Rui Zhao, D. Denteneer, L. Berlemann
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引用次数: 124

Abstract

In 2003, interests in the Institute of Electronics and Electrical Engineering (IEEE) 802.11 Working Group (WG) led to the formation of Task Group (TG) "S". 802.11s develops a Wireless Mesh Network (WMN) amendment. Unlike existing Mesh products, 802.11s forms a transparent 802 broadcast domain that supports any higher layer protocols. Therefore, 802.11s provides frame forwarding and path selection at layer-2. 802.11i describes a security concept for stations that associate with an Access Point (AP). However, in a Mesh Basic Service Set (BSS) devices need to mutually authenticate to provide integrity of the network. Thus, 802.11s adds additional elements to the concepts of 802.11L While traditional Wireless Local Area Networks (WLANs) are AP centred an 802.11 Mesh is fully distributed. Hence, 802.11s considers extensions to the Medium Access Control (MAC) too. The authors have contributed to the standardization of 802.11s since 2003. As constant participants we give insight to draft 1.02 of TG "s" and provide an outlook to future evolution of 802.11's first Mesh standard.
IEEE 802.11s基本原理
2003年,对电子和电气工程协会(IEEE) 802.11工作组(WG)的兴趣导致了任务组(TG)的成立。“S”。802.11s发展了无线网状网络(WMN)的修订版。与现有的Mesh产品不同,802.11s形成了一个透明的802广播域,支持任何更高层的协议。因此,802.11s在第二层提供帧转发和路径选择功能。802.11i描述了与接入点(AP)相关联的站点的安全概念。然而,在Mesh基本服务集(BSS)中,设备需要相互认证以提供网络的完整性。因此,802.11s为802.11 l的概念增加了额外的元素,而传统的无线局域网(wlan)以AP为中心,802.11 Mesh是完全分布式的。因此,802.11s也考虑了对介质访问控制(MAC)的扩展。自2003年以来,作者一直在为802.11s的标准化做出贡献。作为长期的参与者,我们对TG“s”的1.02草案提供了见解,并对802.11第一个Mesh标准的未来发展提供了展望。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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