基于矢量属性的彩色图像边缘特征检测技术研究

Weidi Kong, Haitao Zhang, Wei Zhao, Kai Tang
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引用次数: 1

摘要

基于优化算法的Canny边缘检测具有精度高、信噪比高等优点。然而,由于Canny算法是基于灰度图像,在将彩色图像转换为灰度图像的过程中,会丢失一些边缘信息。针对这一问题,本文提出了一种基于矢量属性的彩色图像边缘检测方法。根据矢量具有方向和长度的特性,从矢量的角度和长度对Canny算法的图像梯度计算进行改进,从而直接实现彩色图像的边缘特征检测。与传统Canny算法检测结果相比,该方法可以得到更清晰、更准确的边缘。在特定的应用场景下,结合特定颜色的标记物,该方法可以获得只包含标记物边缘的理想检测结果。
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Research on Canny Edge Feature Detection Technology of Color Image Based on Vector Properties
Canny edge detection based on optimization algorithm has the advantages of high accuracy and high signal-to-noise ratio. However, because the Canny algorithm was based on gray image, some edge information will be lost during the process of converting color image to gray image. Aiming at this problem, the edge detection method of color image based on vector properties was proposed in this paper. According to the properties of vectors with direction and length, the image gradient calculation of Canny algorithm was improved from the angle and length of vector, in order to realize edge feature detection of color image directly. Compared with the results detected by the conventional Canny algorithm, this method can get clearer and more accurate edges. When combined with specific color markers in specific application scenarios, this method can obtain ideal detection results that only contains the edge of the marker.
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