Remote sensing image edge-detection based on improved Canny operator

Shi Guiming, Suo Jidong
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引用次数: 22

Abstract

The edge details of the remote sensing image is key for the target detection with complex background. Traditional Canny detection operator requires human intervention, does not have the adaptive ability in the variance of Gaussian filtering and the threshold. Compound morphological smoothing replaces Gaussian filtering, can not only maintain the edge information, but also reduce noise impact. Then Otsu method can specify the threshold adaptively, the edge detected is more continuous, and can decrease the false edges. In order to extract the edges of the remote sensing image proposed an approach based on Canny edge detection operator. Finally, we refine the edge by using morphological structure element. The experimental results show that the improved Canny algorithm has a good anti-noise function and precision on image processing of remote sensing.
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基于改进Canny算子的遥感图像边缘检测
遥感图像的边缘细节是复杂背景下目标检测的关键。传统的Canny检测算子需要人工干预,不具备高斯滤波方差和阈值的自适应能力。复合形态平滑代替高斯滤波,既能保持边缘信息,又能降低噪声的影响。然后,Otsu方法可以自适应地指定阈值,检测到的边缘更连续,并且可以减少假边缘。为了提取遥感图像的边缘,提出了一种基于Canny边缘检测算子的方法。最后,利用形态结构元素对边缘进行细化。实验结果表明,改进的Canny算法在遥感图像处理中具有良好的抗噪功能和精度。
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