COMPUTER VISION BASED FRUIT RECOGNITION AND CLASSIFICATION SYSTEM

[ 30 Sept 2020 | vol. 13 | no. 3 | pp. 1-14 ]

About Authors:

Kapila Gurucharan1, S S Kiran2, Kiranmai Babburu3 and LavanyaVadda4
-1Department of ECE, Lendi Institute of Engineering and Technology (A), India
-2Department of ECE, Lendi Institute of Engineering and Technology (A), India
-3Department of ECE, Lendi Institute of Engineering and Technology (A), India
-4Department of ECE, MVGR College of Engineering (A), India

Abstract:

Automatic Recognition of horticultural items is a difficult issue that has gotten a lot of consideration during behind years because of its frequent applications in a variety of fields. Fruit Recognition is one of those difficult issues and cutting-edge, there is no strategy that gives a hearty answer for all conditions and various applications. Recognition of natural products is a regular assignment in goods, organic product fare, and import enterprises. Robotizing this system is significant in a wide extent of employments including Human Machine Interfaces(HMI) and programmed way in control structures. The recognition and classification of fruits is a key factor in harvesting operations. In this paper, a Fruit Recognition and Classification System were developed. It consists of two sections, training model of the neural network which helps to build a large database of fruit pictures and the second is called recall mode where the unknown fruit image is given to the system. Now the system will compare with the samples from the database, it also verifies the colour and texture features of the fruit. The artificial neural network are simulated in MATLAB will identify the unknown fruit which completes the process. Hence the combination of all these techniques will form a computer vision-based fruit recognition and classification system. This framework likewise fills in as a valuable apparatus in an assortment of fields, for example, business, agrarian instructive, picture recovery, and plantation science.

Keywords:

Fruit Identification & Recognition, Feature Extraction, Fruit Classification, Artificial Neural Networks

 

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