Cloud Classification from NOAA Satellite Image Using Learning Vector Quantization Method

C. Ahendyarti, R. Wiryadinata, Neneng Rohana, Fadil Muhammad
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Abstract

Cloud images from NOAA satellites 18 and 19 are essential for weather forecasting and climate analysis. Imagery from satellites in the cloud’s shape can be distinguished based on the cloud (low, middle, and high). This paper uses the multilevel thresholding segmentation method compared with the FCM method (fuzzy c-mean clustering). The segmented data with the two methods are classified using the LVQ method. This study’s results obtained the accuracy of the cloud data recognition segmented using multilevel thresholding of 72.22% and cloud data segmented using FCM of 83.33%.
基于学习向量量化方法的NOAA卫星图像云分类
来自NOAA卫星18号和19号的云图对天气预报和气候分析至关重要。卫星拍摄的云的形状可以根据云的形状(低、中、高)来区分。本文采用多级阈值分割方法与FCM方法(模糊c均值聚类)进行比较。用LVQ方法对两种方法分割的数据进行分类。本研究结果获得了多级阈值分割的云数据识别准确率为72.22%,FCM分割的云数据识别准确率为83.33%。
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