aos

It is a 4-bit adpcm. This is a simple illustration of how compression can be achieved more than pcm.

供初学空时编码（vblast接收）的matlab仿真程序，是关于vblast接收中ML算法的简单的仿真(for novice space-time coding (vblast receiver) Matlab simulation program, on the ML vblast Receiving a simple algorithm simulation)

MATLAB实现快速正交变换，与传统的FFT算法相比拥有更高的分辨率，但是运算时间较大， 在目标检测、频率分析、降噪方面都有着广泛的应用(MATLAB to achieved FOS_convert, compared with the traditional FFT algorithm has a higher resolution, but the computation time is large, the target detection, frequency analysis, noise reduction have a wide range of applications)

last compression for image and ECG

eBook on Matlab for Science Engineers.

文对静态图像的压缩方法作了较深入的研究，利用多分辨分析对图像进行分解，并利用小波的标量量化图像压缩编码算法对图像进行压缩，其间对原算法进行了研究和探讨；在上述理论工作的基础上，应用Matlab仿真实现了相应的算法。实验结果证明，基于小波的标量量化图像压缩编码算法是可行的和有效的。(A deep researeh on static image compression 15 presented in this paper. on the basis of theoretical work above，programming achieves corresponding algorithm. It’s proved that programming achieves corresponding algorithm image compression and image code.)

基于插值的超分辨率NEDI算法,用matlab实现(The super-resolution interpolation algorithm based NEDI)

使用一般PI模型拟合非线性曲线，最小二乘法参数辨识，逆模型前馈(The general PI model is used to fit the nonlinear curve, the least square parameter identification, and the inverse model feedforward.)

说明：  小波软阈值simulink模型,对带噪语音信号进行小波分解，得到高低频系数，然后对高低频系数进行阈值处理，然后就行重构得到去噪语音信号(the simulink model of yuzhi)

P0701：细胞边缘检测 P0702：癌细胞形态学分析 P0703：癌细胞颜色分析 比较适合Matlab图像处理初学者(P0701: Edge Detection P0702: cell morphology analysis P0703: analysis and comparison of color cancer cells Matlab image processing for beginners)