Proposal of Autonomous Flight Wireless Nodes with Delay Tolerant Networks for Disaster Use

Noriki Uchida, Noritaka Kawamura, Tomoyuki Ishida, Y. Shibata
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引用次数: 12

Abstract

Many cities or towns are located in mountain and sea areas, and these areas would be isolated from others because of the disconnection of networks or transportation if a large scale disaster should happen. In this paper, Delay Tolerant Networking (DTN) based on the Data Triage Method with the user policies and the Autonomous Flight Wireless Nodes (AFW) based on autonomous flights and data deliveries are introduced. In the proposed system, the drone with wireless interfaces is applied, and it actively supports the proposed DTN routings for the Disaster Information System (DIS). That is, the AFW automatically flies for seeking possible wireless nodes, send and receive disaster information by the proposed DTN routings, and return to the possible stations that wireless charge units are equipped when the battery needs to charge. Then, the implementations and the field experiments are discussed for the effectiveness of the proposed methods.
基于容延迟网络的自主飞行无线节点灾害应用研究
许多城市或城镇位于山区和海域,一旦发生大规模灾害,这些地区将因网络或交通中断而与其他地区隔绝。本文介绍了基于用户策略的数据分类方法的容延迟网络(DTN)和基于自主飞行和数据传输的自主飞行无线节点(AFW)。该系统采用具有无线接口的无人机,主动支持灾害信息系统(DIS)的DTN路由。即AFW自动飞行寻找可能的无线节点,按照提出的DTN路由发送和接收灾难信息,当电池需要充电时,自动返回到配备无线充电单元的可能站点。然后,对所提方法的实施和现场实验进行了讨论。
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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