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Wireless networks and random geometric graphs

机译:无线网络和随机几何图

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In this paper, mobile ad-hoc networks are studied. Chen and Jia (2001) proposed a routing algorithm by utilizing multiple communication channels and localizing the routing information (routing tables) for mobile stations within the wireless network. The routing algorithm relies on a spanning tree of the underlying network. It is proven that both the construction of the spanning tree and the routing algorithm are efficient. The routing algorithm is also reliable because of the frequent update of the spanning tree which the routing scheme is based on. The underlying network is a random geometric graph G(A,n) formed on a set of uniformly randomly located points in the unit disk, in which two vertices are adjacent if and only if their Euclidean distance is at most A.
机译:本文研究了移动自组织网络。 Chen和Jia(2001)提出了一种路由算法,该算法通过利用多个通信信道并为无线网络内的移动台定位路由信息(路由表)。路由算法依赖于基础网络的生成树。事实证明,生成树的构建和路由算法都是有效的。由于路由方案基于的生成树的频繁更新,因此路由算法也是可靠的。底层网络是在单位圆盘中的一组均匀随机定位的点上形成的随机几何图G(A,n),其中两个顶点在且仅当其欧几里德距离最大为A时才相邻。

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