A mobile cloud-based radiation monitoring system for citizens

K. Fukuoka, Shoichi Awai, S. Markon
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引用次数: 2

Abstract

Kobe City has been devastated by the huge HanshinAwaji Earthquake in 1995. Ever since, Kobe citizens had been active in disaster-related activities, calling on their personal experiences and strong personal commitment. Here we report on an initiative of Kobe Institute of Computing (KIC). Our system aims at giving citizens a monitoring capability of environmental radiation levels, to allow an independent confirmation besides the information provided by the government. The system is based on a newly developed, extremely high performance radiation detector, that enables rapid but precise measurements even on moving vehicles. We describe the technology, and we also show test results of real-time monitoring experiments obtained through collaboration with the NPO organization “Bikers Emergency Response Team” (BERT) [1]. We further consider the problem of efficient coverage of areas with the monitors, and for future monitoring work we propose a quantitative formulation of the route planning, that can be solved as a numerical optimization problem.
面向市民的移动云辐射监测系统
神户市在1995年的阪神和地大地震中被摧毁。从那以后,神户市民一直积极参与与灾害有关的活动,呼吁他们的个人经历和强烈的个人承诺。在这里,我们报告了神户计算研究所(KIC)的一项倡议。我们的系统旨在让市民拥有监测环境辐射水平的能力,除了政府提供的信息外,还可以独立确认。该系统基于新开发的高性能辐射探测器,即使在移动的车辆上也能进行快速而精确的测量。我们描述了该技术,并展示了通过与NPO组织“摩托车应急响应小组”(BERT)[1]合作获得的实时监测实验的测试结果。我们进一步考虑了监测仪对区域的有效覆盖问题,并针对未来的监测工作提出了一种定量的路线规划公式,可将其作为数值优化问题进行求解。
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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