资源列表
Matlab-based-light-procedures
- 基于MATLAB的光线反射、折射和透镜原理的仿真程序-MATLAB-based light reflection, refraction and lens theory simulation program
s_1
- this the code for image compression-this is the code for image compression
ruili
- 计算超声学瑞利声场仿真，此程序是冲计算超声学这本书的源程序和自己的一些实现。-Calculation ultrasound learn Rayleigh sound field emulation, this procedure is undershoot calculate the ultrasound learn this book' s source program and their own some implementations.
capon_beamformer_pattern
- 基于导向矢量不确定集的稳健Capon波束形成算法的Matlab程序-Steering vector uncertainty set based on robust Capon beamforming algorithm in Matlab
xinhaocaijiquzao
- 程序是对从5个麦克风组成的阵列采集的信号进行降噪处理，通过自适应滤波方法实现对采集的环境噪声的去除，实现了采集纯净信号的目的。-Program is composed of from 5 microphone array processing noise signals collected by the collection of the adaptive filtering method to remove ambient noise, to achieve a pure signal acq
gjxiaobo
- 改进提升小波，通过改变阈值，来达到消噪，比以前的小波消噪效果更好-Improved lifting wavelet by changing the threshold to achieve de-noising, than the previous wavelet denoising better
loadAndPrintNet
- WSN file in matlab language
rasd
- 产生ALPHA稳定分布信号matlab函数。适用于仿真带有尖峰的噪声信号。-ALPHA stable distribution signals generated matlab function. For the simulation of the noise signal with a spike.
newmark
- matlab编写的Newmark法计算多自由度体系动力问题的通用程序，很实用！-Newmark method matlab prepared multi-degree of freedom system power issues common procedures, very practical!
MLE_FreqEstUnitCircleRoots
- This code implements the High-Resolution Frequency Estimation algorithm in the following paper Shaw, A. K., “Maximum Likelihood Estimation of Multiple Frequencies with Constraints to Guarantee Unit Circle Roots,” IEEE Transactions on S
db4
- 1、 降噪步骤： （1） 一维信号的小波分解。选择一个小波并确定分解的层次，然后进行分解运算。 （2） 小波分解高频系数的阈值量化。对各个分解尺度下得高频系数选择阈值进行软阈值量化处理。 （3） 一维小波重构。根据小波分解的最底层低频系数和各高频系数进行一维小波重构。 matlab里面有关于去噪的函数，你可以找一下~~ 这说的只是基本原理，希望有所帮助-1, noise reduction steps: (1) one-dimensional signal wavelet d
LDA_USPS
- 利用线性判别分析做USPS数据库的分类。代码可直接运行， 有详细注释。-Done using linear discriminant analysis classification USPS database. Code can be directly run, detailed notes.