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Evaluation of Wireless Network Communication by Autonomous Flight Wireless Nodes for Resilient Networks

机译:用于弹性网络的自主飞行无线节点的无线网络通信评估

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The recent development of the society has caused new types of problems such as gaps of depopulation, population aging, and income between urban areas and local areas. The gap of communication networks is also one of the problems, and the poor network circumstance in local areas might affect the future medicare or welfare services by using Information Technology. Also, when there is a natural disaster such as earthquakes or typhoon, these local areas are likely to isolate from others because of disconnection of communication cables or breakdown of network devices. Therefore, this paper proposes Autonomous Flight Wireless Nodes (AFW) for the resilient networks consisted of Delay Tolerant Networks and Never Die Networks, and it is aiming to communicate with isolated areas. In the proposed methods, IP network based drones support data transmission by the autonomous flight with seeking possible wireless stations and sending the message data by the proposed resilient network. Then, the implementations of the proposed methods are introduced, and the results of wireless network conditions by the field experiments are reported in this paper.
机译:最近的社会发展造成了新的问题,如缺点,人口老龄化和城市地区和地方收入的差距。通信网络的差距也是问题之一,当地区域的网络环境差可能会通过使用信息技术影响未来的医疗保险或福利服务。此外,当存在诸如地震或台风的自然灾害时,由于通信电缆的断开或网络设备分解,这些当地区域可能会被孤立。因此,本文提出了由延迟容忍网络组成的弹性网络的自主飞行无线节点(AFW),并且永不模糊网络,它旨在与隔离区域进行通信。在所提出的方法中,基于IP网络的无人机支持自主飞行的数据传输,并通过寻求可能的无线站点并由所提出的弹性网络发送消息数据。然后,引入了所提出的方法的实现,本文报道了现场实验的无线网络条件的结果。

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