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Uncertainty Analysis for Remote Sensing Classification in the Context of Disaster Studies in Shanghai

机译:上海市灾害研究背景下的遥感分类不确定性分析

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Our study applies the object-oriented technology to extract urban green automatically,which could increase accuracy through evaluating and analyzing the quality of disaster spatial data by measuring the disfigurement points and disfigurement rate in disaster G1S based on error analysis.The study shows that for high resolution remote sensing images that the accuracy may increase about 20% based on objectoriented technology using remote sensing image processing software eCognition than based on traditional supervised classification method using software ERDAS.
机译:本研究采用面向对象技术自动提取城市绿地,通过基于误差分析的方法测量灾害G1S的毁损点和毁损率,通过评估和分析灾害空间数据的质量,可以提高准确性。与使用软件ERDAS的传统监督分类方法相比,使用遥感图像处理软件eCognition的面向对象技术可将分辨率提高大约20%。

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