2014911LMD

利用matlab进行时频分析的程序，傅里叶变换、短时傅里叶变换、小波分析等等，功能十分齐全。(Using matlab to process time-frequency analysis, Fourier transform, short time Fourier transform, wavelet analysis, etc., function is complete.)

Circuit Analysis II with MATLAB

在传统声压传感器阵列的求根MUSIC算法的基础上,提出了基于矢量传感器阵列的求根MUSIC算法及其修正形式,通过接收阵列信号的空间谱,选择合适的引导方位,可实现声源的波达方向(Based on root MUSIC algorithm on the traditional pressure sensor array, the root MUSIC algorithm for vector sensor array and its modified form based on, through the receiving array signal spatial spectrum, select the appropriate lead angle, direction of arrival can realize the sound source)

8 band kp method calculate the valence band structure, using finite difference method

说明：  蒙特卡洛模拟光子在组织中的运动 matlab，内有详细的蒙特卡洛模拟光子在组织中的运动内有详细的蒙特卡洛模拟光子在组织中的运动(Monte Carlo simulation of the movement of photons in the organization MATLAB, there are detailed Monte Carlo simulation of the movement of photons in the organization there are detailed Monte Carlo simulation of the movement of photons in the organization)

本文通过对当前实时控制的应用研究，提出了将离线仿真与实时控制有机结 合起来，利用MATLAB实现对直线单级倒立摆实时控制的思路。经过分析比较， 确定了基于MATLAB的Real-Time Windows Target实时内核开发硬件驱动程序 的实时控制方案，将Simulink生成的仿真模型下载到目标实时内核中运行，驱动 外部硬件设备，实现对倒立摆的控制。文中介绍的在Real-Time Windows Target 实时内核环境中开发第三方设备驱动程序的方法，是构建本实验平台的核心技术 之一，具有普遍适用性，有一定的推广价值。(Based on the current real-time control of the applied research, raised offline simulation and real-time control organically combined to realize the use of MATLAB linear single-stage inverted pendulum idea of real-time control. After analysis and comparison, to determine based on MATLAB)

本代码主要是有标记的势均衡多目标多伯努利滤波器，在杂波环境下能有效的跟踪目标。该代码能够正常运行。(This code is mainly marked multi-objective multi-bonuli potential equalization filter, in Clutter Environment it   can effectively track the target. The code run properly.)

monte carlo power flow in power system with the matpower

说明：  matlab仿真程序，帧差法提取运动图像，效果很好(matlab simulation program, the frame difference method to extract moving images, with good results)

试设计一个切比雪夫I型高通数字滤波器，采样率为8000Hz,fp=1000Hz,fs=700Hz,Rp=3dB,Rs=20dB。(Try to design a type I Chebyshev high-pass digital filter sampling rate of 8000Hz, fp = 1000Hz, fs = 700Hz, Rp = 3dB, Rs = 20dB.)