Fishku Apps: Fishes Freshness Detection Using CNN With MobilenetV2

Muthia Farah Hanifa, Anugrah Tri Ramadhan, Ni’Matul Husna, Nabila Apriliana Widiyono, Rhamdan Syahrul Mubarak, Adisti Anjani Putri, Sigit Priyanta
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引用次数: 1

Abstract

Marine fish are one of the most promising economic commodities for the Indonesian economy. Marine fish will decrease in protein content along with the decreasing level of freshness of the fish that will be consumed. There are still many people who do not know about the classification of fresh and unfresh fish, so we need a system that can classify which fish are fresh and which are not. Previous studies have succeeded in classifying tuna using a convolutional neural network (CNN) algorithm with an accuracy of 90%. In the preprocessing stage of this research, segmentation is carried out, which aims to separate the object to be studied and the background image, then feature extraction is carried out using a color moment, which aims to get the value of the object to be studied. This research was conducted to increase the accuracy value in the freshness classification of tuna and also to add some fish for freshness detection, such as mackerel and milkfish, using the MobilenetV2. The results were able to produce accuracy of 97%, 94%, and 93% for each fish. The freshness detection method in this study has been implemented in the Fishku mobile-based application.
Fishku应用程序:使用CNN和MobiletV2检测鱼类新鲜度
海鱼是印尼经济最有前景的经济商品之一。海鱼的蛋白质含量会随着食用鱼类新鲜度的降低而降低。仍然有很多人不知道新鲜鱼和未解冻鱼的分类,所以我们需要一个系统来分类哪些鱼是新鲜的,哪些不是。先前的研究已经成功地使用卷积神经网络(CNN)算法对金枪鱼进行了分类,准确率为90%。在本研究的预处理阶段,进行了分割,目的是将待研究对象与背景图像分离,然后使用颜色矩进行特征提取,目的是获得待研究对象的值。本研究旨在提高金枪鱼新鲜度分类的准确性,并使用MobilenetV2添加一些鱼类进行新鲜度检测,如鲭鱼和乳鱼。结果显示,每条鱼的准确率分别为97%、94%和93%。本研究中的新鲜度检测方法已在Fishku移动应用程序中实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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