mathworks

元胞自动机的8个常用的matlab代码 里面有基础的一些 还有经典的。(Cellular automata eight commonly used matlab code inside have some of the classic and foundation. )

到达时间差（TDOA）源位置估计 -------------------------------------------------- ---------- 使用麦克风信号和自由场模型之间的延迟源位置估计。 TDOA_pairs.m 估计延迟（相对于通道1）通过互相关在时域中。 TDOA_pairs_GCC.m 估计在频域中的延迟（相对于信道1）。采用广义互相关 和SCOT或PHAT（或没有）的均衡。 PHAT的建议，以避免因周期分量的含糊之处。 TDOA_to_sourcepos.m 估计源位置（距离和垂直RESP。水平偏移量）从之间的延迟 阵列麦克风信号。假设一个自由场。(Direction of arrival (DOA) estimation ------------------------------------- Direction-of-arrival estimation with a free field, far field model. Narrowband or broadband (non-coherent) processing. DOA_Bartlett.m Bartlett (delay-and-sum) steered response power. DOA_Bartlett_Octave.m Bartlett (delay-and-sum) steered response power within nth octave frequency bins. DOA_MUSIC.m MUSIC based pseudo beamform power. DOA_MUSIC_Octave MUSIC based pseudo beamform power. nth octave filtering.)

imnverted pendulum bymyself

说明：  利用matlab进行几何畸变。给定一幅图像，固定其坐标，然后，进行畸变。(using Matlab for geometric distortion. To set an image, fixed his coordinates, and then for distortion.)

HFSS-MATLAB-API is a library toolbox to control Ansoft HFSS from MATLAB using the HFSS Scripting Interface. " T(hcI   Xo^8o0xi This tool provides a set of MATLAB functions to create 3D objects in HFSS by generating the required HFSS Scripts. >WLPE6E !U`&a=k Basically, anything that can be done in HFSS user interface and the 3D Modeler can be done with this library of functions. F<4rn gv!8 DKn Once a script is generated in this manner, it can be run in HFSS to generate the 3D model, solve it and export the data. yUoR6w Y#U.9>h You create your entire design in MATLAB and basically use HFSS to solve it.

bpsk,qpsk误码分析，基于高斯白噪声信道(Error analysis of BPSK and QPSK)

雷达发射信号为线性调频信号的雷达计算仿真，可以直接运行的matlab程序。(Radar Chirp signal for the radar signal simulation can be run directly matlab program.)

RBF神经网络用s函数编程的，主要功能是用作控制器(RBF neural network with programming function s main function is used as a controller)

My demonstration program is coded by MATLAB. For the program, some optimization at coding level and algorithm level are proposed to improve the performance of my fingerprint recognition system. These performance enhancements are shown by experiments conducted upon a variety of fingerprint images. Also, the experiments illustrate the key issues of fingerprint recognition that are consistent with what the available literatures say.

filtering in frequecy domain for image enhancement