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Identification and Location of Picking Tomatoes Based on Machine Vision

机译:基于机器视觉的番茄采摘识别与定位

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Through researched the method of the identification and location based on machine vision, location information of mature tomatoes has been obtained, which can be used to guide the automated picking operation of ripe tomatoes. The segmentation of visual system is based on the difference between the color characteristics of ripe tomatoes and background. Through the gray-scale method, the treatment of the color image is turned into gray image processing, and the picking tomatoes is accurately identified using mathematical morphology, object extraction, and region filling methods. Furthermore centroid of picking tomatoes is selected as match features, and the picking tomatoes location information is determined through three-dimensional reconstruction method of space point. The experimental results show that the identification of mature fruit can reach 98%, the green ripe fruit up to 89%, positioning error can be controlled within less than 15mm, identification and location effects can satisfactorily meet actual work requirements.
机译:通过研究基于机器视觉的识别与定位方法,获得了成熟番茄的位置信息,可用于指导成熟番茄的自动采摘操作。视觉系统的分割基于成熟番茄的颜色特征与背景之间的差异。通过灰度方法,将彩色图像的处理转变为灰度图像处理,并使用数学形态学,对象提取和区域填充方法准确识别采摘西红柿。此外,选取采摘西红柿的质心作为匹配特征,并通过空间点的三维重构方法确定采摘西红柿的位置信息。实验结果表明,成熟果实的识别率达到98%,绿色成熟果实的识别率达到89%,定位误差可以控制在15mm以内,识别和定位效果可以令人满意地满足实际工作要求。

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