Classification of Melinjo Fruit Levels Using Skin Color Detection With RGB and HSV

Q3 Engineering
D. Iskandar, M. Marjuki
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引用次数: 4

Abstract

This study aims to detect the ripeness of melinjo fruit using digital image method. Structured identification or division using image processing and computer vision requires the socialization of patterns based on training datasets. Melinjo (Gnetum gnemon L.) is a plant that can grow anywhere, such as yards, gardens, or on the sidelines of residential areas, as a result, produces melinjo into a plant that has relatively large potential to be developed. The process of image processing and pattern socialization is a highly developed research study. Starting based on the process of socializing an object, or a structured division of the object and about detecting the level of fruit maturity. The structured division process regarding ripeness into 3 classes, namely: raw, half-cooked and ripe where the process is carried out using Google Collaboratory which processes the RGB color space to HSV. In this study, the testing method for the system that will be used is a functional test where the test is carried out only by observing the execution results through test data and checking the functionality of the system being developed. The level of accuracy obtained from this study is 98.0% correct.
基于RGB和HSV肤色检测的梅林乔果实等级分类
本研究旨在利用数字图像方法检测梅林焦果实的成熟度。使用图像处理和计算机视觉的结构化识别或划分需要基于训练数据集的模式社会化。Melinjo(Gnetum gnemon L.)是一种可以生长在任何地方的植物,如庭院、花园或住宅区的边缘,因此,将Melinjo生产成一种具有相对较大开发潜力的植物。图像处理和模式社会化过程是一个高度发展的研究。从对象的社会化过程开始,或从对象的结构化划分开始,并检测果实成熟度。关于成熟度的结构化划分过程分为3类,即:生的、半熟的和熟的,其中该过程使用谷歌协作进行,该协作将RGB颜色空间处理为HSV。在本研究中,将要使用的系统的测试方法是功能测试,其中测试仅通过通过测试数据观察执行结果并检查正在开发的系统的功能来进行。从这项研究中获得的准确度为98.0%。
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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来源期刊
CiteScore
1.50
自引率
0.00%
发文量
0
审稿时长
4 weeks
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