Fruit recognition using image processing

Sahu Pratibha, Dewangan Abhishek, Mandal Snehlata
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Abstract

Manually classifying and evaluating anything is difficult. It is difficult to manually count ripe fruits and evaluate their quality. Increasing labor costs, a shortage of skilled workers, and declining storage costs are just some of the major challenges associated with fruit production, marketing, and storage, among others. An effective method for localizing all clearly visible objects or portion of an object from an image has been proposed in this study, requiring less memory and processing resources. The main obstacles for object detection, such as object overlap, background noise, low resolution, etc, that prevents us from obtaining better results has been overcome by processing every input image. It also built an enhanced classification or recognition algorithm based on convolutional neural networks, which has shown to perform better than baseline studies.
基于图像处理的水果识别
手动分类和评估任何东西都是困难的。人工计数成熟的水果和评估它们的质量是很困难的。劳动力成本上升、熟练工人短缺和储存成本下降只是水果生产、销售和储存等方面面临的一些主要挑战。本研究提出了一种有效的方法来定位图像中所有清晰可见的物体或物体的一部分,需要较少的内存和处理资源。通过对每个输入图像进行处理,克服了目标重叠、背景噪声、低分辨率等阻碍我们获得更好结果的主要障碍。它还建立了一个基于卷积神经网络的增强分类或识别算法,该算法的表现优于基线研究。
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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