应用神经模糊技术对棕榈油鲜果串进行自动分级

N. Jamil, A. Mohamed, S. Abdullah
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引用次数: 65

摘要

随着人们认识到利用技术提高食品质量,当地水果工业中的自动水果分级逐渐受到重视。本文对棕榈油鲜果串(FFB)的外表面颜色进行了分析,实现了果实过熟、成熟和未成熟的自动分级。我们比较了两种颜色分级方法:1)使用RGB数字数字和2)使用监督学习Hebb技术训练的颜色分类,并使用模糊逻辑进行分级。总共使用90张图像作为训练图像,在分级过程中测试了45张图像。总体而言,使用RGB数字数字的自动评分平均成功率为49%,而神经模糊方法的准确率为73.3%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automated Grading of Palm Oil Fresh Fruit Bunches (FFB) Using Neuro-fuzzy Technique
Automated fruit grading in local fruit industries are gradually receiving attention as the use of technology in upgrading the quality of food products are now acknowledged. In this paper, outer surface colors of palm oil fresh fruit bunches (FFB) are analyzed to automatically grade the fruits into over ripe, ripe and unripe. We compared two methods of color grading: 1) using RGB digital numbers and 2) colors classifications trained using a supervised learning Hebb technique and graded using fuzzy logic. A total of 90 images are used as the training images and 45 images are tested in the grading process. Overall, automated grading using RGB digital numbers produced an average of 49% success rate, while the neuro-fuzzy approach achieved an accuracy level of 73.3%.
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