Classification of Fruits High in Vitamin C Using Self-Organizing Map and the K-Means Clustering Algorithm
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Nuke L Chusna
*
Universitas Krisnadwipayana, Bekasi,
Indonesia
- Nurhasan Nugroho Universitas Bina Bangsa, Banten, Indonesia
- Umbar Riyanto Universitas Muhammadiyah Tangerang, Indonesia
- Ahmad Ari Aldino Monash University, Australia (*) Corresponding Author
Abstract
Vitamin C-rich fruits not only taste fresh and delicious but also have the potential to increase the body's resistance to various diseases and maintain a proper nutritional balance. Information about fruits high in vitamin C is very important in order to increase public knowledge about which fruits contain high levels of vitamin C. However, to classify fruits high in vitamin C based on their image, a model is needed that is able to analyze the characteristics present in the image of the fruit. The purpose of this study is to build a classification model for high-vitamin C fruits with a combination of the Self-Organizing Map (SOM) artificial neural network algorithm and K-Means Clustering. Prior to classification, an image segmentation process is carried out using the K-Means Clustering algorithm, which will separate the image into parts that have similar visual characteristics. After the segmented image, the features of the object are extracted based on shape and texture. After the features of the image have been obtained, proceed with classifying images using the SOM algorithm by mapping multidimensional data into a lower-dimensional spatial representation to obtain the appropriate group or class. The accuracy test results for the built model produce an accuracy value of 93.33% and are included in the good category
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