民防应用的系统和警报:通过新技术方法进行地域分析、情景阐述和现场应用

A. Calabrese, Carmine Massarelli, V. Uricchio, N. Dongiovanni, S. Napoletano, A. Netti, D. Piccolo, E. Riezzo, M. Zippitelli, M. Prete, E. Celiberti, A. Giove, D. Festa
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引用次数: 1

摘要

水文地质不稳定对我国来说是一个相当重要的问题,因为它对财产造成了广泛的破坏,最重要的是造成了许多人的生命损失。这些事件的持续发生向我们表明,有必要执行与事件预测和减轻其影响有关的风险管理政策。因此,必须克服以修复损害和提供利益为重点的基本办法,转向在各级进行预防和预测的文化,这种文化的基础是查明危险情况和采取旨在尽量减少环境影响的措施。对于预防,问题的解决不容易定义前驱和阈值。在这个范围内,它的重点是“自然风险评估智能多渠道开放标准数据系统平台- mods”项目,由三家公司合作,Sysman, Servizi di Informazione Territoriale S.r.l.和Ingloba360 srl,国家研究委员会-水研究所和农业部与阿普利亚保护协会(ASSOCODIPUGLIA,阿普利亚保护协会)合作。在这个项目中,有民防部门的直接参与。这种合作创造了一个关于水文地质危险的创新的警戒和预警系统。该系统以数据仓库为基础,辅以天气预警及相关事件记录子系统ReWARE,实现了对海量数据的互操作管理。该系统的应用可以实现连续监测和实时自动升级,它由一个遥测网络组成,覆盖了Apulia地区的94%。与此同时,它创造了一种临界水平的警戒,比目前在领土上运行的系统更有效,不仅在不断监测的地区,而且通过新的移动网络,也有可能进行突然干预或预测分析。该系统是第一次应用,完全自动化,允许直接从站点收集数据,处理它们,详细说明状态,使用GIS技术识别区域领土上的结果,并创建一系列地图,识别领土的状态
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Systems and alerts for civil protection application: Territorial analysis, scenarios elaboration and fields application through a new technological approach
Hydro-geological instability represents a problem of considerable importance for our country, given the extensive damage caused to property and, most importantly, for the loss of many human lives. Continued occurrences of these events suggest us about the need to enforce risk management policy related to the prediction of the event and the mitigation of his effects. Consequently, a basic approach focused on damage repairing and on the provision of benefits, has to be overcome toward a culture of prevention and prediction, spread out at various levels, based on the identification of risk conditions and on the adoption of measures aimed to minimize environmental impacts. For the prevention, problem resolution is not easy to define the precursors and thresholds. To this scope it is focused the project "Smart Multichannel Open Standard Data System Platform to Natural Risk Assessment-MODS" with a collaboration between three companies, Sysman, Servizi di Informazione Territoriale S.r.l. and Ingloba360 srl, the National Research Council - Institute of Water Research and the Department of Agriculture with the Associazione dei Consorzi di Difesa della Puglia (ASSOCODIPUGLIA, Consortium Association of Apulia protection). In the project, there is the direct involvement of Civil Protection. This collaboration has created an innovative vigil and pre-alert system as regards hydro-geological danger. System is able to manage in an interoperable way a huge quantity of data based on a data warehouse with a subsystem of Recording Weather Alert and Relevant Events - ReWARE. The application of this system allows a continuous monitoring with an automatic upgrade in real time, it is constituted by a telemetry network with coverage rising of the 94% of the Apulia region. At the same time it creates a vigil on the level of criticality much more efficient of the currently systems operating on the territory with a more sudden intervention not only in the areas constantly monitored, but through the new mobile network it is possible also a sudden intervention or a predictive analysis. The system, that is applied for the first time, fully automated, permitted to collect the date directly from the station, to process them, elaborate the status, identified the result on the regional territory using the GIS technology, and create a series of map that identified the status of the territory
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