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Detection and Classification Defects on Exported Banana Leaves by Computer Vision

机译:计算机视觉对出口香蕉叶的检测和分类缺陷

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Some effective techniques for identifying defects and estimating defect areas are the main requirements for computer vision and visual processing. This study provides an image processing algorithm to identify and calculate areas of defects on banana leaves. The algorithm consists of the main steps of processing images, segmenting images, labeling, size filtering, determining the boundaries for candidate areas such as chalks, spider webs, pus banana, soils, torn leave. Extracting colour characteristics to identify defects and estimate ultimately areas. Defect of banana has a lot of leak so we use number of defects to classify in good or reject leaf. Extracting boundary features and estimating boundary lengths to determine torn leaves. Experiments were conducted on 200 leaves to be identified. The accuracy of the proposed method is 89.8% for the method of color identification of disability defects and 94.7% for the method of identifying torn leaves.
机译:识别缺陷和估计缺陷区域的一些有效技术是计算机视觉和视觉处理的主要要求。这项研究提供了一种图像处理算法,用于识别和计算香蕉叶上的缺陷区域。该算法包括处理图像,分割图像,标记,尺寸过滤,确定候选区域(如粉笔,蜘蛛网,香蕉,土壤,撕裂叶子)的边界的主要步骤。提取颜色特征以识别缺陷并最终估计面积。香蕉的缺陷有很多渗漏,因此我们使用许多缺陷将叶子分类为好叶子或拒绝叶子。提取边界特征并估计边界长度,以确定撕裂的叶子。在待鉴定的200片叶子上进行了实验。对于残疾缺陷的颜色识别方法,该方法的准确性为89.8%,对于残叶识别方法的准确性为94.7%。

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