基于计算机图像处理的尺度空间挖掘算法及应用分析

Rong Fu
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引用次数: 0

摘要

在计算机IP(CIP)过程中,使用计算机视觉作为图像处理(IP)的基础。图像包含了大量的信息,这是人们分析图像数据的基础。然而,由于图像中含有影响分析结果的噪声,图像信息的智能提取成为图像数据计算机视觉分析的关键。基于小波变换理论,本文提出了基于一维和多维特征尺度空间(SS)的EM图像分割算法和基于自适应多尺度小波变换(WT)的IP算法。与其他两种算法相比,三种算法得到Q1图像的MSE值、PSNR值和SSIM值。随着去噪水平的增加,WT IP算法对图像的去噪效果最好,并且随着去噪水平的增加。随着采样率的增加,该算法对图像的重建效果也最好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Scale Space Mining Algorithm and Application Analysis Based on Computer Image Processing
In the process of computer IP(CIP), computer vision is used as the basis of image processing(IP). Images contain a lot of information, which is the basis for people to analyze image data. However, because images contain noise that affects the analysis results, intelligent extraction of image information has become the key to computer vision analysis of image data. According to the SS theory, this paper proposes three CIP algorithms, such as the EM image segmentation algorithm based on one-dimensional and multi-dimensional feature scale space(SS) and the IP algorithm based on adaptive multi-scale wavelet transform(WT). Compared with the other two algorithms, the three algorithms obtained the MSE value, PSNR value and SSIM value of the Q1 image. With the increase of the denoising level, the WT IP algorithm has the best denoising effect on the image, and with the increase of the denoising level. With the increase of sampling rate, the algorithm also has the best effect on image reconstruction.
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