Special Issue on Development of Integrated Expert System for Estimation and Observation of Damage Level of Infrastructure in Lima Metropolitan Area

IF 0.7 Q4 GEOSCIENCES, MULTIDISCIPLINARY
K. Kusunoki
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引用次数: 0

Abstract

Earthquakes and tsunami disasters happen suddenly, devastating cities in just a few minutes. For decision makers to manage such disasters, they need current information on the status of their cities, but all information is collected separately and on paper now. All disaster-related information should be integrated to support decision making. To develop such an integrated system, Peru and Japan launched a new SATREPS project, “Development of Integrated Expert System for Estimation and Observation of Damage Level of Infrastructure in Lima Metropolitan Area,” in 2021. The project consists of four groups. Group 1 is related to earthquake and tsunami hazards, estimating the level of shaking and predicting the damage due to tsunami. Group 2 is related to damage detection/estimation, using sensing devices to estimate the level of damage to buildings and other infrastructure. Group 3 is related to understanding the damage over a wide area through satellite images, and also to the integration of all information from Groups 1 to 3. Group 4 is related to developing the capacity to utilize the integrated expert system. This special issue has been organized to present the progress accomplished in the first two years and to share the project’s achievements. It covers the fields of earthquake hazards, building and infrastructure damage estimation, damage estimation with satellite imagery, and human loss estimation.
利马都市圈基础设施破坏程度评估与观测综合专家系统开发专刊
地震和海啸灾害突然发生,在短短几分钟内摧毁了城市。对于管理此类灾害的决策者来说,他们需要城市现状的最新信息,但现在所有信息都是单独收集的,并记录在纸上。应整合所有与灾害有关的信息,以支持决策。为了开发这样一个综合系统,秘鲁和日本于2021年启动了一个新的SATREPS项目,“利马大都会区基础设施损坏程度评估和观测综合专家系统的开发”。该项目由四个小组组成。第1组与地震和海啸危害有关,估计地震的程度并预测海啸造成的损失。第2组涉及损坏检测/估计,使用传感设备来估计建筑物和其他基础设施的损坏程度。第3组涉及通过卫星图像了解大范围的损失,也涉及整合第1组至第3组的所有信息。第4组涉及发展利用综合专家系统的能力。本期特刊旨在介绍前两年取得的进展,并分享该项目的成就。它涵盖了地震灾害、建筑和基础设施损失估计、卫星图像损失估计和人员损失估计等领域。
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来源期刊
Journal of Disaster Research
Journal of Disaster Research GEOSCIENCES, MULTIDISCIPLINARY-
CiteScore
1.60
自引率
37.50%
发文量
113
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