Quameaty: Aplikasi Pendeteksi Kualitas Daging Ayam Mentah Berbasis Pengolahan Citra Menggunakan Model InceptionV3

A. Husein, Abyan Ramzi, N. Muzakki, Rahmawati Hasanah
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Abstract

model (COCO) model top 5 93,3% dibandingkan 90% , 50% Abstract Nowadays, chicken meat has become a good source of animal protein for consumption and easy to obtain. However, in the process of obtaining it, fraudulent practices are often found, such as tiren chicken meat that is still being sold, or chicken meat that has been mixed with meat that is not worth selling. Therefore, we need a tool or application that is able to detect the quality of raw chicken meat. The purpose of this study is to create a tool that is useful in detecting the quality of raw chicken meat by utilizing image processing using the InceptionV3 model and named Quameaty. This tool was developed using the Python programming language. The InceptionV3 model is an excellent convolutional neural network training model and has been pre-trained on the Common Objects in Context (COCO) dataset of 328,000 images with 81 different classes. This model has a very high level of accuracy as a pre-trained model with a top 5 accuracy value of 93.3% and a relatively fast computation time when compared to its predecessor model. The resulting training model is embedded in an Android application which can be easily and tends to be flexible to be used in detecting the quality of raw chicken meat. The results of the study were divided into two classes, namely fresh and rotten, and showed that the prediction of the quality of raw chicken meat went well with the test metric values that had reached more than 90% at two threshold values, namely 50% and 75%.
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Quameaty:利用InceptionV3模型,基于图像处理的天然鸡肉质量检测应用
摘要如今,鸡肉已成为一种易于获取且易于食用的良好动物蛋白来源。然而,在获取过程中,往往会发现欺诈行为,例如仍在销售的tiren鸡肉,或者鸡肉中掺入了不值得销售的肉类。因此,我们需要一种能够检测生鸡肉质量的工具或应用程序。本研究的目的是创建一种工具,可以通过使用InceptionV3模型利用图像处理来检测生鸡肉的质量,并命名为Quameaty。该工具是使用Python编程语言开发的。InceptionV3模型是一个优秀的卷积神经网络训练模型,并在包含328,000张81个不同类别的图像的COCO数据集上进行了预训练。该模型作为预训练模型具有非常高的准确率,前5个准确率值为93.3%,与之前的模型相比,计算时间也相对较快。由此产生的训练模型被嵌入到一个Android应用程序中,该应用程序可以很容易地并且倾向于灵活地用于检测生鸡肉的质量。研究结果分为新鲜和腐烂两类,结果表明,在50%和75%两个阈值下,对生鸡肉质量的预测效果良好,测试度量值均达到90%以上。
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