Classification of Orange Fruit Using Convolutional Neural Network, Support Vector Machine, K-Nearest Neighbor and Naive Bayes Methods Based on Color Analysis

Widhi Ersa Pratiwi, Mhd Arief Hasan, Gusyella Mustika, Siti Sarah, Dwi Suci Ramadhani, Fadli Julizar, Ferry
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Abstract

Citrus fruit is a fruit that has good vitamins and is popular with the public. This fruit also has various types with different benefits. Each type of orange also has a variety of colors. Types of oranges can be checked manually by looking directly at the color and texture of the fruit. This manual method is very simple but also very subjective because of the different understanding of each person about the types of oranges. Therefore, this research discusses and explains how to determine the type of fruit by comparing several methods, namely using the SVM method (Support Vector Machine), the CNN method (Convolutional Neural Network), the K-NN method (K-Nearest Neighbor), and the Naïve Bayes method by taking several samples of citrus fruit images consisting of sweet oranges, lemons and limes using a mobile phone camera. The total dataset used in this study is 90 datasets consisting of 30 sweet orange images, 30 lime images and 30 lemon images. Of the 90 datasets are divided into training data and test data. From the results of the study, it was obtained that the accuracy of compatibility with a percentage of 100% using the CNN method (Convolutional Neural Network).
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基于颜色分析的卷积神经网络、支持向量机、k近邻和朴素贝叶斯方法的橙子分类
柑橘类水果是一种富含维生素的水果,很受大众欢迎。这种水果也有不同的种类,有不同的好处。每种橙子也有各种各样的颜色。橙子的种类可以通过直接观察水果的颜色和质地来手工检查。这种手工方法非常简单,但也非常主观,因为每个人对橙子种类的理解不同。因此,本研究通过比较几种方法,即SVM方法(支持向量机)、CNN方法(卷积神经网络)、K-NN方法(K-Nearest Neighbor)和Naïve Bayes方法,通过手机相机对甜橙、柠檬和酸橙组成的柑橘类水果图像进行采样,来讨论和解释如何确定水果的类型。本研究总共使用了90个数据集,包括30张甜橙图像、30张酸橙图像和30张柠檬图像。90个数据集分为训练数据和测试数据。从研究结果来看,使用CNN方法(卷积神经网络)的兼容性准确率达到100%。
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