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首页> 外文期刊>International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences >DISASTER EMERGENCY RAPID ASSESSMENT BASED ON REMOTE SENSING AND BACKGROUND DATA
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DISASTER EMERGENCY RAPID ASSESSMENT BASED ON REMOTE SENSING AND BACKGROUND DATA

机译:基于遥感和背景数据的灾害应急快速评估

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The period from starting to the stable conditions is an important stage of disaster development. In addition to collecting and reporting information on disaster situations, remote sensing images by satellites and drones and monitoring results from disaster-stricken areas should be obtained. Fusion of multi-source background data such as population, geography and topography, and remote sensing monitoring information can be used in geographic information system analysis to quickly and objectively assess the disaster information. According to the characteristics of different hazards, the models and methods driven by the rapid assessment of mission requirements are tested and screened. Based on remote sensing images, the features of exposures quickly determine disaster-affected areas and intensity levels, and extract key disaster information about affected hospitals and schools as well as cultivated land and crops, and make decisions after emergency response with visual assessment results.
机译:从开始到稳定的时期是灾难发展的重要阶段。除了收集和报告有关灾害情况的信息外,还应获得卫星和无人机的遥感图像以及受灾地区的监测结果。可以将诸如人口,地理和地形等多源背景数据与遥感监视信息的融合用于地理信息系统分析,以快速,客观地评估灾难信息。根据不同危害的特征,对任务需求快速评估所驱动的模型和方法进行了测试和筛选。根据遥感图像,暴露的特征可以快速确定受灾地区和受灾程度,并提取有关受灾医院和学校以及耕地和农作物的关键灾害信息,并在紧急响应后做出决策并做出直观评估。

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