Landsat Image Classification Based on K-Nearest Neighbor

Raynaldi Bismantaka Barito, Muhammad Hafidh Sanjaya, Fajar Muhammad Arif, Naufal Humam, Pri Nugroho Aji, C. A. Sari, E. H. Rachmawanto, Suprayogi
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Abstract

Classification is the process of grouping classes and defining a class and determining the relationship between these classes. Landsat imagery with the distribution of residential areas and agricultural areas can be used to process information on the population density of a particular area. In this study, the classification process of residential images, factory images and rice fields images has been carried out with a total of 58 data. KNN was chosen as the classification algorithm considering the data used is quite simple and few. In this study, GLCM is used for feature extraction features, especially regarding image texture patterns. We have implemented values K=1 to k=11. The best accuracy value is obtained at k=1 which is 100%, while k=3, k=5 has obtained an accuracy of 96.15%. k=7 and k=9 can still be tolerated by getting 76.92% while at k=11 it only gets 57.69%.
基于k近邻的陆地卫星图像分类
分类是对类进行分组、定义类并确定这些类之间关系的过程。具有居住区和农业区分布的陆地卫星图像可用于处理特定地区的人口密度信息。在本研究中,对住宅图像、工厂图像和稻田图像进行了分类处理,总共有58个数据。考虑到使用的数据比较简单和少,选择KNN作为分类算法。在本研究中,GLCM用于特征提取,特别是图像纹理模式。我们实现了K=1到K= 11的值。在k=1时准确率最高,为100%,k=3, k=5时准确率达到96.15%。K =7和K =9仍然可以容忍,得到76.92%,而K =11只得到57.69%。
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