基于k-NN算法的横切可可豆发酵水平分类

Randy E. Angelia, N. Linsangan
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引用次数: 10

摘要

在巧克力生产中,收获后工序是最关键的因素之一。发酵是一个重要的过程,因为酸的确切产生关系到最终产品的香气和质量。这项创新的研究旨在对采收后的可可豆进行质量分类。对合作伙伴可可贸易商的分类样本豆进行分析,成为该装置的数据集。将照片拍摄给受试者,然后通过k-近邻算法(k-NN)进行图像处理。豆类分为发酵过程中发酵良好的和过度发酵的。功能测试和混淆矩阵统计分析结果表明,发酵良好的准确率为97.22%,发酵不足的准确率为92.59%,过度发酵的准确率为75%,未知的准确率为80%。这些结果产生了92.50%的设备整体准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fermentation Level Classification of Cross Cut Cacao Beans Using k-NN Algorithm
In chocolate production, post-harvest procedure is one of the most critical factors. Fermentation is a vital procedure to consider since exact generation of acid contemplate to aroma and quality of the final product. This innovative study aims to classify the quality of the cacao beans after the post-harvest procedures. Classified sample beans from partner cacao trader were analyzed and became data sets of the device. Photographs are taken to the subjects and undergo image processing procedure then through k-Nearest Neighbors Algorithm (k-NN). Beans are classified to be well-fermented under fermentation and over-fermentation process. Function test and statistical analysis using confusion matrix revealed 97.22 percent accuracy in analyzing well-fermented beans, 92.59 percent accuracy in under fermented, 75 percent in over-fermented and 80 percent in analyzing unknowns. These results generated 92.50 percent overall accuracy of the device.
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