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Image-processing algorithms for tomato classification

机译:番茄分类的图像处理算法

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摘要

Image processing algorithms were developed and implemented to provide the following quality parameters for tomato classification: color, color homogeneity, defects, shape, and stem detection. The vision system consisted of two parts: a bottom vision cell with one camera facing upwards, and an upper vision cell with two cameras viewing the fruit at 60degrees. The bottom vision cell determined fruit stem and shape. The upper vision cell determined fruit color, defects, and color homogeneity. Experiments resulted in 90% correct bruise classification with 2% severely misclassified; 90% correct color homogeneity classification; 92% correct color detection with 2% severely, misclassified, and 100% stem detection.
机译:图像处理算法的开发和实施可为番茄分类提供以下质量参数:颜色,颜色均匀性,缺陷,形状和茎秆检测。视觉系统由两部分组成:一个带有一个朝上的摄像头的底部视觉单元,以及一个带有两个以60度观看水果的摄像头的上部视觉单元。底视细胞决定了果实的茎和形状。上视细胞确定水果的颜色,缺陷和颜色均匀性。实验导致90%的瘀伤正确分类,其中2%严重错误分类; 90%正确的颜色均匀性分类; 92%的颜色正确检测,其中2%的颜色严重错误,分类错误以及100%的茎干检测。

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