资源列表
temp_match_fn
- the m-file is a function used for template matching in image processing. It is my first upload here. Hope useful
chaotic-encryption-
- 用MATLAB编写的混沌序列图像加密程序，密钥可以从0到1之间的任何一个数，加密密钥跟解密密钥一样才能正确解密.rar-Chaotic sequence using MATLAB image encryption program, the key can be from 0 to 1 between any number of encryption keys with the correct decryption key to decrypt the same. Rar
FRF
- For people who start studying FFT technique
freq_spec_lab08-(fundamentals!)
- A doc about spectral analysis using matlab
hwAFRLS4
- 对混噪的信号进行处理实现自适应滤波器功能，从而可以把噪声很好地滤除掉，由描绘出来的滤波全系数变化曲线可以看出自适应滤波器的良好的滤波效果。-Mixed noise for adaptive signal processing filter function, which can filter out the noise well, portrayed by the curve of the filter coefficients can be seen the whole adaptive fi
NLMS2
- 帮助实现N阶自适应滤波器的滤波原理，通过读入一组信号并对其进行去噪的处理，通过频谱图看出其良好的滤波效果从而发现N阶自适应滤波器的优点-N-order adaptive filter to help achieve the principle of filtering, by reading into a signal and its de-noising processing, through the spectrum to see their good filtering effect to
hwEEGECG_ica
- 关于脑电信号预处理中的从脑电信号中滤除心电信号，用的是独立分量分析的方法，编写的程序很简单明了，并画出图形进行直观的观察对比-Pretreatment on EEG signals from the brain to filter the ECG, using independent component analysis method, a program written in very simple and intuitive observation to draw graphics comp
hwEEGECG_RLS
- 脑电信号预处理中使用自适应滤波器的原理对脑电信号中的心电信号进行滤除，通过对比观察就会发现自适应滤波器的原理的效果的优势-EEG using adaptive pre-filter theory of the EEG in the ECG filter, you will find by comparing the observed effect of the principle of adaptive filter advantages
hwica
- 对一组混有高斯噪声的正弦型号进行独立分量的滤波处理并观察其效果，从而发现了独立分量分析的方法对于信号的处理是很有好处的，方法简单得到的效果也很直观-Mixed with a group of sinusoidal Gaussian noise model of independent component filtering and observe the effect, so that an independent component analysis approach for signal p
MatlabElementaryGraphs
- For people who are new to matlab
MATLAB
- 该程序使用小波包变换分析信号的特征向量和各频率成分的功率谱.-The program uses the wavelet packet analysis of the signal eigenvectors and the frequency components of the power spectrum.
N_FINDR
- 高光谱遥感影像端元提取算法，采用单形体体积最小为准则-N-FINDR algorithm for endmember extraction using hperspectral remote sensing data