利用陆地卫星图像识别哥打帕里亚曼地表温度的土地覆盖

Dedek Putri Bungsu, D. Arif
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引用次数: 0

摘要

遥感是一种能够克服数据测量问题,获得快速准确信息的技术。本研究利用Landsat 8-OLI影像在Pariaman市开展,目的是1)了解基于基于Landsat 8-OLI影像的SNI:7645(2014)分类的2020年Pariaman City地区土地覆盖识别2)了解2020年Pariaman City地区地表温度识别。研究分为图像数据预处理、波段组合选择、切割区域研究、图像分类、精度检测等几个阶段。在地表温度方面,利用Landsat 8-OLI在2020年的影像,根据热带处理的结果获得地表温度数值。通过对Pariaman市Landsat 8-OLI影像进行分类,得到水体、稻田、聚落、混合花园和灌木5类土地覆盖。本研究采用混淆矩阵精度测试表进行分类精度测试。土地覆盖监督最大似然法总体精度值为86.66%。2020年巴黎曼市地表温度值计算结果显示,最高地表温度值为30ºC,最低地表温度为23ºC。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IDENTIFICATION OF LAND COVER OF SURFACE TEMPERATURE IN KOTA PARIAMAN USING LANDSAT IMAGERY 8-OLI
Remote sensing is a technology that can overcome data measurement problems for fast and accurate information. This research was carried out in Pariaman City using Landsat 8-OLI imagery with the aim of 1) knowing the identification of land cover based on the classification SNI:7645 (2014) based on Landsat 8-OLI imagery in the Pariaman City area in 2020 2) knowing the identification of surface temperature in the Pariaman City area in 2020. The research was conducted in serval stages, namely pre-processing of image data, selecting band combinations, cutting area studies, image classification, and testing accuracy. At surface temperature using Landsat 8-OLI imagery in 2020, surface temperature values ​​are obtained from the results of thermal band processing. The results of the classification of Landsat 8-OLI images in Pariaman City produce 5 land cover classes, namely water bodies, rice fields, settlements, mixed gardens, and shrubs. This research conducted a classification accuracy test using a confusion matrix accuracy test table. Land cover supervised maximum likelihood method the overall accuracy value is 86.66 %. The results of the surface temperature value in Pariaman City in 2020 obtained the highest temperature value of 30ºC and the lowest surface temperature of 23ºC.
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