资源列表
watermarking-hybrid-DWT-DCT-SVD-master
- hybrid coyyyyyyyyyy mantab soul
3971002xiaobo
- 小波变换分析，含有小波源程序和仿真主程序，适用于非平稳冲击振动信号的时频特性分析。(The wavelet transform analysis, which contains the small wave source program and the simulation main program, is suitable for the analysis of the time-frequency characteristic of the nonstationary shock vibra
Savitzky-Golay filter
- Savitzky-Golay滤波是一种工程应用数据处理中高效的滤波方法，能同时得到平滑后的数据和数据梯度。(Savitzky-Golay filter is an efficient filtering method in engineering application data processing, which can simultaneously obtain the smoothed data and data gradient.)
小波半脆弱
- Some paper based on Matlab based semi fragile watermarking
grinsted-wavelet-coherence-b3b1867
- 可以计算两个时间序列的在不同时段，不同周期上的相关性，以及超前滞后关系(We can calculate the correlation between two time series in different periods, different periods, and lead lag relations.)
wave_matlab
- 这个压缩包包含连续小波变换相关函数。。。(The compression package contains continuous wavelet transform correlation function.)
Welch_cov_burg
- MATLAB代码经典功率谱估计，Welch法、协方差法、周期图、burg法及其对比，附完整注释(MATLAB code, classical power spectrum estimation, Welch method, covariance method, periodogram, Burg method and their comparison, with complete annotation.)
小波增强
- 图像的小波变换，利用小波进行图片的增强，有一些例程(Image wavelet transform, wavelet transform for image enhancement.)
EMD
- 信号处理及希尔伯特变换，可以用于非平稳信号处理(Signal processing and Hilbert transform can be used for non-stationary signal processing)
matlab源文件包
- 小波变换相关函数在matlab中如何应用 小波分解和重构过程 小波变换在图像压缩、融合等方面的应用并用matlab来实现(How to apply wavelet transform correlation function in MATLAB Wavelet decomposition and reconstruction process The application of wavelet transform in image compression and fusion i
Matlab 梳状滤波器程序
- 心电图(ECG)是临床上诊断心血管疾病的重要方法。 数字滤波作为数字信号处理技术的重要组成部分，广泛应用于诸如信号分离、恢复、整形等多种场合中。为了使信号不失真及在可编程逻辑器件中容易实现，采用具有严格线性相位特性的FIR滤波器进行低通滤波（0-150Hz），用整系数梳状滤波器来去工频干扰及基线漂移,从而达到对心电信号进行预处理的目的。(Electrocardiogram (ECG) is an important method for clinical diagnosis of cardio
radar programs
- 雷达系统设计部分信号处理程序，包括部分目标和干扰模型、匹配滤波、波形设计、多普勒处理、门限检测及恒虚警率等方面信号处理的程序(Signal processing program for radar system design)