New Image Edge Detection Approach by Using Grey Entropy

Gang Li, Yala Tong, Xin-ping Xiao
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引用次数: 3

Abstract

The paper put forward a new method of image edge detection based on grey entropy which was the first time to be applied into the field of image edge extraction. We let the median value of pixels in the neighborhood of the window be the reference sequence, and selected certain pixels from sixteen different directions as the comparative sequences according to the information of the image texture and pixel distribution. After carrying out the grey relational analysis, we employed the grey relational coefficients obtained to calculate the grey entropy. If the difference between the maximum grey entropy value and the minimum one is greater than a given threshold, we can determine the central pixel is an edge point, or it is a non-edge one. Experiments show that this method can achieve a better effect than other conventional algorithms, and it provides us a new approach to image edge detection.
基于灰熵的图像边缘检测新方法
提出了一种基于灰色熵的图像边缘检测新方法,首次应用于图像边缘提取领域。我们将窗口邻域像素的中值作为参考序列,并根据图像纹理和像素分布的信息,从16个不同的方向选择一定的像素作为比较序列。在进行灰色关联分析后,利用得到的灰色关联系数计算灰色熵。如果最大灰度熵值和最小灰度熵值的差值大于给定的阈值,则可以确定中心像素点是边缘点,还是非边缘点。实验表明,该方法比其他传统算法取得了更好的效果,为我们提供了一种新的图像边缘检测方法。
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