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Application of an anisotropic diffusion based preprocessing filtering algorithm for high resolution remote sensing image segmentation

机译:一种各向异性扩散的预处理滤波算法在高分辨率遥感图像分割中的应用

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An edge preserving filtering process based on anisotropic diffusion equation is proposed before image segmentation. This preprocessing filtering method has better segmentation results compared to the image smoothed by Gaussian filter or the original image without smoothing by any linear low-pass filter. The advantages of this approach include: 1) like any other linear low-pass filters, the image smoothed by this filter before segmentation, which will lead to a multi-scale representation, will result in fewer segmented regions than that of the original image. 2) this nonlinear smooth selective low-pass filter is adaptive to the local structures and enables accurate boundary localization. We apply this filter for high resolution satellite remote sensing image before its segmentation and achieve better segmentation results.
机译:在图像分割之前提出了一种基于各向异性扩散方程的边缘保护滤波过程。与由高斯滤波器或原始图像平滑的图像相比,该预处理滤波方法具有更好的分割结果,而不通过任何线性低通滤波器平滑。这种方法的优点包括:1)与任何其他线性低通滤波器一样,在分段之前通过该滤波器平滑的图像,这将导致多尺度表示,将导致比原始图像的分段区域更少。 2)该非线性光滑选择性低通滤波器适用于局部结构,并实现准确的边界定位。我们在分割之前将此过滤器应用于高分辨率卫星遥感图像,并实现更好的分段结果。

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