用GLCM和彩色瞬间提取青蛙皮肤的纹理和颜色特征

Atika Kurniasari, Danang Erwanto, P. Rahayu
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引用次数: 2

摘要

无尾动物是由青蛙和蟾蜍组成的两栖纲中的一目。无尾动物在生态系统中非常重要,尤其是它作为食物链的一部分。无尾动物的主要作用是维持生态系统的平衡,并作为不断变化的环境条件(如水污染、栖息地破坏、疾病和寄生虫以及气候变化)的生物指示剂。本研究应用了数字图像处理技术,该技术有望根据颜色和纹理来帮助检测青蛙的类型。本研究使用了孔康顶蛙、孔康毒蛙、条纹蛙、小树蛙和飞天蛙5种蛙类,每种蛙类各20张图片。本研究采用颜色矩提取和纹理提取GLCM (Gray Level co - occurrence Matrix,灰度共生矩阵)等颜色特征提取方法,然后使用K-Star进行分类。对5种蛙类进行K-Star性能评价,准确率(Accuracy)为0.93,精密度(Precision)为0.94,召回率(Recall)为0.93,F-measure为0.93。结果表明,GLCM方法和K-Star分类方法对蛙类的纹理和颜色特征提取效果良好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ekstraksi Fitur Tekstur dan Warna pada Kulit Katak Menggunakan GLCM dan Momen Warna
Anura is an order in the Amphibian class consisting of frogs and toads. Anura is very important in the ecosystem, especially its role as part of the food chain. Anura's main role is to maintain the balance of the ecosystem and as a bioindicator agent for changing environmental conditions such as water pollution, habitat destruction, disease and parasites, and climate change. This research applies digital image processing technology which is expected to assist in detecting types of frogs based on color and texture. This research uses 5 types of frogs, namely kongkang gading, kongkang poison, striped trees, small trees and flying trees with 20 images of each type of frog. This research uses the color feature extraction methods such Color Moment and texture extraction GLCM (Gray Level Co-occurance Matrix), then classified using K-Star. The results of the K-Star performance evaluation to classify the 5 types of frogs obtained the Accuracy (Acc) value of 0.93, Precision (Prec) of 0.94, Recall (Rec) of 0.93 and F-measure of 0.93. So that the classification results of frog species on texture and color feature extraction using the GLCM method and the Color Moment with the K-Star classification method have high performance and can work well.
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