基于异构无线网络和无线电大气QoS控制的灾害信息系统研究

Noriki Uchida, Kanji Nakano, Chiho Takegawa, Tomoyuki Ishida, Y. Shibata
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引用次数: 0

摘要

尽管近年来灾害信息系统(DIS)有了很大的发展,如新型的移动应用程序或弹性网络,但仍存在一些重大问题。因此,本文提出了包括物联网在内的异构无线网络的QoS控制和下一代DIS的自主灾难信息共享方法,并将所提出的QCI分类用于所提出的核心网路由交换方法的SDN控制。此外,还提出了无线电大气,通过物联网/WiFi/LTE/5G无线网络的RSSI水平变化来感知受损区域。然后,介绍了原型系统的实现情况,并对系统进行了评价,结果表明系统工作正常。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proposal on the Disaster Information System based on QoS Controls of Heterogeneous Radio Networks and Radio Atmosphere
Although there recently have been great developments of the DIS (Disaster Information System) such as the new kinds of mobile applications or resilient networks, it is considered that there are still some significant problems. Therefore, this paper proposed the QoS controls of the heterogeneous radio networks including IoT networks and the autonomous disaster information sharing methods for the next-generation DIS. In details, the classifications of the proposed QCI is used for the SDN controls of the proposed routing and switching method in the core network. Also, the Radio Atmosphere is proposed for the awareness of the damaged areas by the changes of the RSSI levels from IoT/WiFi/LTE/5G radio networks. Then, the implementations of the prototype system are reported, and the evaluations indicate the system works properly in this paper.
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