Distributed ID/Locator Resolution System for Inter Mesh Networks

M. Ohnishi, Kazuyuki Shudo
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Abstract

We propose an ID/Locator resolution system for super wide area wireless mesh networks constructed using Delaunay overlay networks. Unlike conventional mobile ad-hoc network protocols, the proposed system does not use flooding to spread the locator notification messages of each node. The proposed method sends one-hop locator notifications on skip links such as skip graphs. The proposed system realized scalability by controlling the route, frequency, and storing locations of the locator notification message. Specifically, when the number of nodes increases, the average load on communication links and the message database of each node are approximately O(log n), where n is the total number of nodes. The scalability of the proposed method is confirmed through simulations.
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网状网络的分布式ID/定位器解析系统
提出了一种基于Delaunay覆盖网络的超广域无线网状网络的ID/Locator解析系统。与传统的移动自组织网络协议不同,该系统不使用泛洪来传播每个节点的定位器通知消息。该方法在跳图等跳链上发送单跳定位器通知。该系统通过控制定位器通知消息的路由、频率和存储位置来实现可扩展性。具体来说,当节点数量增加时,每个节点的通信链路和消息数据库的平均负载约为O(log n),其中n为节点总数。通过仿真验证了该方法的可扩展性。
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