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Description: 基于双正交小波和复小波的次同步谐振检测方法.rar-biorthogonal wavelet-based and complex wavelet sub-synchronous resonance detection method. Rar
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Size: 66078 |
Author: 郑华珍 |
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Description: 二维正交小波正反变换代码，可用于图像处理等-two-dimensional orthogonal wavelet transform pros code can be used in image processing, etc.
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Size: 5497 |
Author: 齐名 |
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Description: 2维正交小波变换.zip-two-dimensional orthogonal wavelet transform. Zip
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Size: 332903 |
Author: 子顷 |
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Description: 双正交小波分解和重构图像
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Size: 782 |
Author: suntianhao |
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Description: Matlab中使用B样条函数来构成正交小波，可以直接运行
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Size: 1343 |
Author: sinjitu |
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Description: 2维正交小波变换.zip-two-dimensional orthogonal wavelet transform. Zip
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Size: 332800 |
Author: |
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Description: 基于双正交小波和复小波的次同步谐振检测方法.rar-biorthogonal wavelet-based and complex wavelet sub-synchronous resonance detection method. Rar
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Size: 65536 |
Author: 郑华珍 |
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Description: 二维正交小波正反变换代码，可用于图像处理等-two-dimensional orthogonal wavelet transform pros code can be used in image processing, etc.
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Size: 5120 |
Author: 齐名 |
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Description: 基于小波分析的双正交小波编程基于小波分析的双正交小波编程，-based on wavelet analysis biorthogonal wavelet programming based on wavelet analysis biorthogonal wavelet programming,
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Size: 375808 |
Author: xxp |
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Description: 图像去噪是图像处理领域中的一个重要内容，图像去噪总是需要在抑制噪声和保持图像细节之间做折衷。小波变换作为一种新的信号处理工具，在信号去噪领域已得到了成功的应用。在传统的基于正交小波变换的图像去噪方法中，重建图像在边缘附近容易产生振荡从而造成边缘失真，噪声较严重时还会产生模糊边缘；利用冗余小波变换，可以克服正交小波变换去噪存在的不足, 进一步提高算法的去噪性能-Image denoising image processing is an important area of content, image denoising is always the need to suppress noise and maintain a compromise between image detail. Wavelet transform as a new signal processing tools, in the field of signal de-noising has been applied successfully. In the traditional orthogonal wavelet transform based image denoising methods, the reconstructed image at the edge near the oscillation and thus prone to cause the edge of distortion, noise will also produce more serious when the fuzzy edge the use of redundant wavelet transform, orthogonal wavelet can be overcome Transform Denoising deficiencies, further improving the performance of denoising algorithms
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Size: 1788928 |
Author: 李胖子 |
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Description: 正交小波变换去噪代码 已经编译过的,绝对可用-Orthogonal wavelet transform denoising code has been compiled, the absolute available
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Size: 2187264 |
Author: szx |
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Description: 双正交小波构造原理祥述.在图象处理的编程过程中起到指导作用-Biorthogonal Wavelet Construction Principle Xiang references. In the image processing program to play a guiding role in the process of
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Size: 57344 |
Author: 敬敬 |
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Description: 双正交小波的正变换和反变换，以及显示程序；提升小波的正变换和反变换，以及显示程序-Are the biorthogonal wavelet transform and inverse transform, and display procedures the lifting wavelet transform and inverse transform is, as well as the display program
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Size: 169984 |
Author: zoe |
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Description: MATLAB做的正交小波变换,用于数字图像处理（仅供大家参考）-DWT orthogonal using MATLAB for digital image processing
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Size: 5120 |
Author: zhoulei |
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Description: matlab 做的双正交小波变换，用于图像压缩处理（仅供大家参考）-biorthogonal digital wavelet transform by using matlab,for digital image compression and processing
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Size: 3072 |
Author: zhoulei |
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Description: 本MATLAB小波程序包程序，不仅包括了MATLAB中的正交小波，还包括了二进制小波，连续小波-The MATLAB Wavelet package procedures, including not only the orthogonal wavelet of MATLAB also includes a binary wavelets, continuous wavelet
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Size: 3222528 |
Author: 李泽敏 |
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Description: 图像压缩,主要根据9/7双正交小波以及编码方法进行压缩。-According to the 9/7 and some ways to deal with pictures.image compression
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Size: 912384 |
Author: baoruihhai |
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Description: matlab实现9/7双正交小波变换，将图像分解到频域-matlab realize 9/7 biorthogonal wavelet transform, the image is decomposed into the frequency domain
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Size: 2048 |
Author: lucia |
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Description: 为了避免常规正交小波变换所引起的图像边缘失真，特别采用了双正交小波变换进行图像
的多分辨率分解。在融合处理时，为了获得更丰富的细节和更好的融合效果，对不同分解层、不
同方向上的高频分量以及同一分解层图像中的不同区域均采用不同的融合算子。实验结果表明，
该融合方法和融合规则是十分有效的，融合后图像的边缘和纹理细节都更加突出-In order to avoid the conventional orthogonal wavelet transform image edge distortion caused by the particular use of the biorthogonal wavelet transform for image multi-resolution decomposition. When the fusion process, in order to obtain richer detail and better integration of results for different decomposition layers, high frequency components in different directions within the same decomposition level of the image are different in different regions of the fusion operator. Experimental results show that the fusion and merging rule is very effective fusion of edge and texture detail can be more prominent
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Size: 231424 |
Author: zlq |
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