PCM_model_OK

基于dct的截断奇异值方法(TSVD)方法的源代码(TSVD: Truncated Singular Value Decomposition: TSVD)

pwm控制模块，可以仿真太阳能电池的采样点输入(PWM control module, can simulate the solar cell sampling input)

image processing procedures

星形16QAM过基带信号产生。经过升余弦成型滤波和高斯信道(Star 16QAM baseband signal generator over. Been raised cosine pulse shaping filter and Gaussian channel)

快速浏览时间序列数据。而且可以直接创建时间序列的图示，非常方便快捷。(MAT2FIGURE allows you to review timeseries data contained in a matfile very fast and efficiently. Furthermore, the created figure file can be used to distribute these data. After opening a matfile, mat2figure scans (struct) arrays for vector signals, tries to determine the time signal (if not specified at commandline) and creates a figure with built-in signal browser. Among the features are: - At signal selector, each signal is marked, whether it s an ordinary signal, just has constant values or is monotonically in-/decreasing - Signals can be plotted into existing or new subplots, time axes are linked and subplots can be rearranged in up to 6 columns - snapshots of current plots can be created for switching between different views very fast - figure can be printed to clipboard, eps- or png-file with hidden menubar - timeseries data are stored within the figure-file and can be exported to matfile or to workspace - convenient handling via keyboard shortcuts - signal viewer)

对一维信号进行OMP重构，基于压缩感知的信号重构(OMP reconstruction, one-dimensional signal based on compressed sensing signal reconstruction)

MATLAB应用程序接口用户指南。这里面很全面的介绍了matlab的借口常用方法(MATLAB Application Program Interface User' s Guide. There is a very comprehensive introduction to the common method matlab excuse)

用MATLAB和ANSYS进行振动仿真英文--附带程序包(Using MATLAB and ANSYS simulation of vibration in English- comes with the package)

说明：  用c语言和matlab编写的、自动生成非结构化三角网格剖分的程序，用于地球物理勘探中的大地电磁、海洋可控源二维正演模拟。(Triangle.m is a MATLAB graphical user interface for creating 2D models and generating fi nite element triangulation grids. Grid generation is accomplished by an external call to the C-code Triangle.c, written by Jonathan Shewchuk at UC Berkeley.)

A transmit vector, receive vector and a noise vector is calculated.Error for each user is calculated. SNR for each receiver is plotted.