2012_ICM

基于ＭＡＴＬＡＢ的ＱＰＳＫ的程序设计，应用于课程设计 (The QPSK based on MATLAB programming, applied to course design)

In this program we calculate the scattering field of a infinite dielectric cylinder by two methods. 1)Moment 2)Analytic

本文采用科研领域广泛应用的、功能强大的MATLAB软件及其仿真工具箱Simulink、Real-time Workshop、xPCTarget研究开发了针丈接轮胎压力监测系统(TPMS)的数据采集与处理系统。 首先利用Simulink工具箱建立TPMS系统所需参数的处理方法仿真模型 然后构建了基于MATLAB/xPCTarget的硬件平台,并结合所建立的仿真模型完成了整个数据采集与处理系统的开发 最后,通过实车实验,实时地采集数据,对系统的采集和处理数据功能进行验证。(In this paper, widely used in the field of scientific research, powerful and simulation software MATLAB toolbox Simulink, Real-time Workshop, xPCTarget research and development of a needle then Zhangting Tire Pressure Monitoring System (TPMS) for data acquisition and processing system. First of all, the use of Simulink toolbox parameters required for the establishment of TPMS system simulation model approach then constructed based on MATLAB/xPCTarget hardware platform, combined with simulation models created by the completion of the entire data acquisition and processing system Finally, it is vehicle experiments, real-time data collection, the system of collection and processing of data validation functions.)

watermarking with DCT

说明：  《MATLAB 7.0编程基础》第8章 （源码实例）主要讲解MATLAB图形用户界面设计("MATLAB 7.0 programming foundation" Chapter 8 (source code examples) mainly on MATLAB graphical user interface design)

说明：  ldpc校验矩阵的代码 基于matlab写的 还请多多指点，新手(ldpc calibration matrix code based on Matlab also invited to write a lot of guidance, and newcomers)

直流斩波升压电路仿真 输出波形符合要求 从50V升到200 占空比0.6(DC boost chopper circuit simulation output waveform to meet the requirements)

MATLAB/SIMULINK下的采用SVPWM调制的DFIG控制模型。(DFIG with SVPWM in MATLAB/SIMULINK.)

一些自适应信号处理的算法，基于互功率谱的时延估计，插值与拟合，解方程，数据分析。( Some adaptive signal processing algorithms, Based on the time delay estimation of power spectrum, Interpolation and fitting, solution of equations, data analysis.)

说明：  蚁群算法的路径规划是指再有障碍物的三维工作环境中寻找一条从起点到终点的无碰撞路径。(Path planning of ant colony algorithm is to find a collision free path from the start to the end in the three-dimensional working environment with obstacles.)