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A Biologically Inspired Energy-Aware Routing Algorithm for Communications in Cyberworlds

机译:用于网络世界通信的生物启发能量感知路由算法

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This paper presents a new version of swarm-intelligence inspired ad hoc routing algorithm for communications in Cyberworlds, based on evolutionary cooperation in a biological swarm. We use the principle of swarm intelligence to reinforce good quality routes with only local communication. The data traffic is influenced at each node, and the communicating nodes observe this influence to update their tables. By locally monitoring the network transmission queue length and other MAC layer information, this algorithm can forward data traffic through paths that avoid network congestion areas. In order to conserve energy, this algorithm intelligently power off the network interfaces of the nodes that are either not currently involved in any communications or in the area where congestion occurs. We also include an evaluation methodology to simulate ad hoc networks, and the simulation results show that this novel routing algorithm performs well for a variety of network conditions.
机译:本文提出了一种新版本的群智能灵感临时路由算法,用于网络世界的通信,基于生物群中的进化合作。我们使用群体智能原则来加强唯一的局部通信的良好质量路线。数据流量受到每个节点的影响,通信节点遵守此影响以更新其表。通过本地监视网络传输队列长度和其他MAC层信息,该算法可以通过避免网络拥塞区域的路径转发数据流量。为了节省能量,该算法智能地关闭了当前不参与任何通信或拥塞的区域的节点的网络接口。我们还包括模拟Ad Hoc网络的评估方法,并且模拟结果表明,这种新的路由算法对各种网络条件执行良好。

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