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Research on Land Use Planning Based on Multisource Remote Sensing Data

机译:基于多源遥感数据的土地利用规划研究

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摘要

Land use changes are analyzed correctly, a series of improvements according to the changes are carried out appropriately, the relationship between land use development and economic and human survival is handled correctly, and the healthy and orderly development of the entire society is promoted. Aiming at the combination of multisource remote sensing data and monitoring changes in land planning, this study uses CBERS data and ASAR data as multisource remote sensing data sources to conduct in-depth research and discussion on the land use change in this area and uses the HPF pixel-level fusion method for data fusion to generate HPF. The data are integrated, and then, the CBERS data and HPF fusion data are used to extract the land use type information of Zhenning County, respectively, and a confusion matrix is built based on the field sample points to verify the accuracy, compare and analyze the relative error of the land use type information extraction before and after data fusion, and evaluate the CBERS data. Regarding the extraction effect of land use type information of fusion data with HPF, the results show that the two kinds of remote sensing data have good effects in extracting water body type information, and the accuracy has reached 100. Using multisource remote sensing image processing can well summarize and analyze land use changes and make the changes in various indicators in the study area. Accurate statistics is obtained.
机译:正确分析土地利用变化,根据变化适当进行一系列改进,正确处理土地利用发展与经济和人类生存的关系,促进整个社会健康有序发展。本研究针对多源遥感数据与土地规划监测变化相结合的特点,以CBERS数据和ASAR数据为多源遥感数据源,对该区域土地利用变化进行深入研究和探讨,并采用HPF像素级融合方法进行数据融合生成HPF。对数据进行整合,然后利用CBERS数据和HPF融合数据分别提取镇宁县土地利用类型信息,并基于现场采样点构建混淆矩阵,验证其准确性,对比分析数据融合前后土地利用类型信息提取的相对误差。 并评估CBERS数据。关于HPF融合数据土地利用类型信息提取效果,结果表明,两种遥感数据在水体类型信息提取方面效果较好,准确率达到100%。利用多源遥感影像处理,可以较好地对研究区土地利用变化进行总结和分析,使研究区各项指标发生变化。获得准确的统计数据。

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