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computing-reflecting-series
- 设计地震子波和反射系数序列，合成单道地震记录，再利用对数分解法求取子波，反褶积得反射系数序列-Design seismic wavelet and reflection coefficient sequence, the synthesis of single-channel seismic recording, re-use logarithmic decomposition strike wavelet deconvolution reflection coefficient sequenc
Audio-watermarking-internship-report
- 音频信号的水印设计，以音频信号为载体，将秘密信号嵌入载体音频信号当中， 实现音频信号的水印。采用变换域小波变换（DWT）的技术，将音频信号进行小波变换，提取出低频分量，然后将水印嵌入到音频信号的低频当中。实验当中先在MATLAB 上面进行了仿真实验，并且通过加入噪声以及滤波等进行干扰以此检测了算法的透明性和健壮性，然后利用C 语言进行了测试，最后经 过一些修改，例如加入定时器以及进行中断的处理和加入缓冲在DSP 板子上实现了加入水印的音频声音的播放。-Audio signal water
Hierarchical-Singular-Detection--
- 设计了一个新的基于小波变换的信号奇异点分步检测法，该方法的特点是根据脉冲奇异点和阶跃奇异点的不同特征分两步从信号中提取奇异点-Design a new step detection method based on wavelet transform signal singularity points, the method of characteristics is extracted from the signal in two steps according to the different
WaveletTrans
- VC++图像处理程序设计(杨淑莹)第十二章_小波变换源码-VC++ image processing program design (Yang Shuying) Chapter 12 _ wavelet transform source code
image-edge-detection
- 基于小波变换的图像边缘检测 毕业设计用的 包括与其他两种算法的比较-Comparison with the other two algorithms based on wavelet image edge detection graduation design, including
xiaozaoxiaobo
- 用于小波消噪-此函数用于研究Mallet算法及滤波器设计-此函数用于消噪处理-- This function is used to study Mallet filter algorithm design- This function is used to de-noising processing for wavelet denoising
xiaoboxiaozaochonggou
- 小波滤波器重构-此函数用于研究Mallet算法及滤波器设计-The wavelet filters reconstruction- This function is used to filter algorithm design and research Mallet
xiaobo
- 基于小波变换的脉搏波信号去噪，我用过，效果非常好，设计思路新颖-Pulse wave signal de-noising based on wavelet transform, I used, the effect is very good, novel design concept
renlianshibie
- Gabor小波人脸识别，LBP特征提取，PCA，LPP降维。自己做的毕业设计。-Gabor wavelet face recognition, LBP feature extraction, PCA, LPP dimensionality reduction. Own graduation design.
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- 对结构响应信号进行连续复Morlet小波变换，根据小波系数的模极大值提取小波脊线，识别结构的瞬时频率；为降低噪音的影响，采用奇异值分解(SVD)方法进行降噪处理，建立了一种基于连续复小波变换识别时变系统 瞬时频率的方法。用一个具有时变刚度的弹簧质量系统的数值算例验证方法的有效性，随后设计了一个时变拉索 结构试验，分别对索施加线性和正弦变化的拉力，同时测试结构的冲击响应，运用提出的方法成功地识别了索的瞬时频率。数值与试验结果表明，提出的方法能有效地识别时变结构的瞬时频率，且识别方法具有一定
wavenn
- 一种基于小波分析理论的神经网络模型，该模型克服了BP 神经网络模型存在的收敛速度慢、结构设计盲目、易陷入局部极小点的缺陷-Based on wavelet analysis theory neural network model that overcomes the BP neural network model exists slow convergence, structural design blind, easy to fall into local minimum point defe
xinhaochuli
- 近期成果，与大家分享：奇异值分解、小波降噪、zoom细化 谱峭度 和滤波器设计，共勉-Recent achievements to share with you: singular value decomposition, wavelet noise reduction, zoom refined spectral kurtosis and filter design, encouragement
wave2013transform
- 图像识别，通过矩阵计算分别读入图像的形状，小波变换的设计与应用-Image recognition, through the matrix into the shape of an image read separately, Design and Application of Wavelet
GUISHEJIMATLAB3
- 这个程序再matlab2012b版本上调试成功，以前在毕业设计的时候在网上找到的资料，希望对大家有用，基于MATLAB-GUI图形界面的数字图像处理软件 本系统设计基于GUI图形界面，用matlab语言编写代码，实现功能包括图象的读取、存储、显示、直方图均衡化、阈值化、小波分解、小波重构、加噪、去噪、平滑、锐化、边缘检测、图像分割等-This program debug version then matlab2012b success in graduate design information
Haarfilter
- haar 小波电网滤波模拟 可作为电力电子课程设计DATAPLAY.M 为信号源DISPART.M 为分辨1函数DISPART1.M 为分辨2函数RECOVER1.M 为还原函数，输出滤波结果-haar wavelet filter simulation grid can be used as power electronics curriculum design DATAPLAY.M to distinguish between a signal source DISPART.M as a f
WangYang
- 这是基于matlab的小波变换用于图像压缩，是一个毕业设计，希望对大家有用-This is based on matlab wavelet transform for image compression, is a graduate design, we hope to be useful
Haarfilter
- haar 小波电网滤波模拟 可作为电力电子课程设计DATAPLAY.M 为信号源DISPART.M 为分辨1函数DISPART1.M 为分辨2函数RECOVER1.M 为还原函数，输出滤波结果-haar wavelet filter simulation grid can be used as power electronics curriculum design DATAPLAY.M to distinguish between a signal source DISPART.M as a f
xb_compress_end
- 基于小波算法的图像压缩，数字图像处理课程设计专用-Wavelet-based algorithm for image compression, digital image processing design special courses
xb_decompress_end
- 基于小波算法的图像解压缩，数字图像处理课程设计-Wavelet-based image compression algorithm solutions, digital image processing course design
SPPP3.0PUserPGuide
- SP++3.0手册，C++库的信号处理库，包括信号产生，FFT，滤波器设计，频谱分析，小波变换-SP++ 3.0 Manual, C++ library signal processing including signal generation, FFT, filter design, spectrum analysis, wavelet transform