matlabcommamd

在MATLAB中用差分方程法求给定脉冲响应的传递函数(Transfer function of the differential equation method in MATLAB with the demand for a given pulse response)

阵列分析与综合入门代码，含比较好的绘图模块(Array analysis with the entry code, with better graphics module)

clarke信道模型的建模，在通信系统仿真中应用较为广泛(clarke channel modeling, simulation of the communication system is widely used)

说明：  自适应滤波毕业论文。已经通过答辩，欢迎大家使用(Adaptive filtering thesis. Has passed the defense, welcome to use)

an article about dvr

已知两个序列x[n]=cos(n*pi/2), y[n]=ej*pi*n/4x[n],绘制X(ejw)和Y(ejw)和幅度和相角,说明它们的频移关系(The known two sequence x [n] = cos (n* PI/2), y [n] = ej* PI* n/4 x [n], draw x (ejw) and y (ejw) and amplitude and phase Angle, suggesting their frequency shift relationship )

Matlab code for calculation of Peak signal to noise ratio

这是基于matlab的信号系统实验程序，可以完成信号系统课程的相关实验，提高信号系统课程的认识和理解。(This is based on the signaling system matlab experimental procedure, you can complete courses related experiments signaling system, improve the signal system course knowledge and understanding.)

Color_Deblurring_ROF Color_Deblurring_ROF

物理光学方法 近似计算散射体RCS POFACETS is an implementation of the physical optics approximation for predicting the radar cross section (RCS) of complex objects. It utilizes the scientific computational features of MATLAB and its Graphical User Interface (GUI) functions to provide an error-free encoding of input parameters and efficient calculation of RCS. POFACETS provides a convenient tool for a “first cut” at the RCS of complex shapes by representing its constituent parts by triangular facets. The software calculates the monostatic or bistatic RCS of the object for the parameters specified(POFACETS is an implementation of the physical optics approximation for predicting the radar cross section (RCS) of complex objects. It utilizes the scientific computational features of MATLAB and its Graphical User Interface (GUI) functions to provide an error-free encoding of input parameters and efficient calculation of RCS. POFACETS provides a convenient tool for a “first cut” at the RCS of complex shapes by representing its constituent parts by triangular facets. The software calculates the monostatic or bistatic RCS of the object for the parameters specified)