Research on Algorithm of Sugarcane Nodes Identification Based on Machine Vision

Deqiang Zhou, Yunlei Fan, Ganran Deng, Fengguang He, Meili Wang
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引用次数: 2

Abstract

In order to realize automatic cutting of sugarcane seeds in single bud segment, machine vision technology was used to identify sugarcane nodes. Firstly, the sugarcane color image was obtained, and the R component image of RGB color space was separated, and the median value of R component image was filtered and denoised. Second, the contour information of sugarcane image was obtained by FindContours function, and the area of interest of sugarcane image was selected by the width and height of contour. Finally, Sobel edge detection image of region of interest was acquired, and a rectangular detection operator was constructed to perform integral operation on the interested region to obtain a feature description vector of the interested region. Threshold value of the feature description vector was processed. The peak of the feature description vector was defined as the node feature point. The experimental results show that the recognition rate is 93% and the average time is 0.539 seconds.
基于机器视觉的甘蔗节点识别算法研究
为了实现甘蔗单芽段种子的自动切割,采用机器视觉技术对甘蔗节点进行识别。首先获取甘蔗彩色图像,对RGB色彩空间的R分量图像进行分离,并对R分量图像的中值进行滤波和去噪;其次,利用FindContours函数获取甘蔗图像的轮廓信息,并根据轮廓的宽度和高度选择甘蔗图像的感兴趣区域;最后,获取感兴趣区域的Sobel边缘检测图像,构造矩形检测算子对感兴趣区域进行积分运算,得到感兴趣区域的特征描述向量。对特征描述向量的阈值进行处理。将特征描述向量的峰值定义为节点特征点。实验结果表明,该方法的识别率为93%,平均时间为0.539秒。
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