一款智能手机应用程序,可以在发生山洪暴发时帮助发出警报

Sekedoua Kouadio, J. Douvinet
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引用次数: 4

摘要

在法国,政府和特定服务(SCHAPI)调查溢流洪水(10万平方公里),但以快速、迅速和危险的反应为特征的山洪(其他10万平方公里)仍然难以预测和监测。它将探索通过智能手机建立一个主动和创新的警报系统的条件,以应对与山洪暴发相关的风险。解决方案必须以一种实现重大挑战的方式来考虑:缩小国家方法(自上而下)和公民行动(自下而上)之间的差距,前者将国家定位并强制作为主要的官方警报来源,后者通过使用其智能手机将个人建立为“公民传感器”(包括收集或传播信息)。如果我们希望有效地减少物质和人员损失,特别是在发生山洪等高时间敏锐度现象时,解决这一挑战是必不可少的。因此,我们建议使用智能手机技术:减少警报和保护人口所需的时间;增强任何人员在本地范围内观测到的信息;建立基于这些“公民传感器”的自动警戒系统;利用实地试验提高灾害后对山洪的实际认识;利用发射机源的地理位置向周围5公里处的人发出警报。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A smartphone application to help alert in case of flash floods
In France, government and specific services (SCHAPI) survey overflow stream floods (100.000km2) but flash floods characterized by fast, quick and dangerous responses (other 100.000km2) remain delicate to predict and difficult to monitor. It's about to explore the conditions of establishment of a proactive and innovative alert system via smartphones, to cope the risks associated with flash floods. The solution must be thought in way to achieve a major challenge: reducing the gap between a state approach (TOP-DOWN), which positions and imposed the state as the main official alert source, and the citizen action (Bottum-UP) which establishes the individual as “Citizen sensor” (both in go up or disseminate information) through the use of its smartphone. Addressing this challenge is indispensable if we hope effectively minimize material and human damages especially when high temporal acuity phenomena such as flash floods happen. Consequently, we propose to use Smartphone technologies: to reduce the time required to alert and to protect population; to enhance information observed by any people at local scales; to built automatic vigilance based on these “citizens-sensors”; to use field experiment to improve knowledge on flash floods actually available after damaged events; to use geo-location of transmitter sources to alert people located at 5 km around.
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