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Machine Learning-Based Implementation of Image Corner Detection Using SVM Algorithm for Biomedical Applications

机译:基于机器学习的图像角检测实现使用SVM算法进行生物医学应用

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Support vector machine approach in machine vision with the help of OpenCV simulation tool is used for corner detection.Path of the maximum gray-level changes meant for every edge-pixel is calculated in the picture,this edge-pixel is represented by four-dimensional feature vectors.It is made up of count of the edge pixels in window center and has four directions since their maximum gray-level direction change.This feature vector and support vector are used for designing of support vector machine.For corner detection,it represents critical points in a classification.This algorithm is straight forward with less computational complexity.It has machine learning capability which gives good results.
机译:支持向量机器方法在机器视觉中借助OpenCV仿真工具用于转角检测.Path的最大灰度变化意味着每个边缘像素都计算在图像中,这个边缘像素由四维表示。 特征向量。它由窗口中心的边缘像素的计数组成,并且具有四个方向,因为它们的最大灰度方向改变。该特征向量和支持向量用于设计支持向量机。对于角度检测,它代表 分类中的关键点。该算法直截了当,计算复杂性较少。它具有机器学习能力,可提供良好的结果。

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