task

this program simulate a turbo equalizer for known and unknown channel for 16 qam

Matlab与csharp混合编程教程，This book is a great tutorial for C# programmers who use MATLAB to develop applications and solutions(MATLAB C# Book This book is a great tutorial for C# programmers who use MATLAB to develop applications and solutions)

Digital Communication Using Chaotic-Pulse-Position Modulation

It is important in detecting the edges of image.It is better than canny.

基于matlab＆simulink的仿真，无人机垂直起降问题，可直接运行。(Based on matlab & simulink simulation, UAV VTOL problems can be directly run.)

说明：  MATLAB中simulink对跳频抗干扰的分析(Analysis in MATLAB simulink hopping interference)

CCSDS 131.1-O-2 ORENGE标准中的LDPC编译码误码率曲线(Error rate of LDPC based on CCSDS 131.1-O-2 ORENGE standard)

本资料包含kalman滤波算法的基本原理，应用场合以及仿真效果(This information includes the basic principles kalman filtering algorithms, applications, and simulation results)

本程序需要用到MATLAB遗传算法工具箱，但是遗传算法工具箱有很多种，这里使用GEATbx工具箱，该工具箱是由英国Sheffield大学开发。(This program requires MATLAB genetic algorithm toolbox, but there are many genetic algorithm toolbox used here GEATbx toolkit, which was developed by the University of Sheffield, UK.)

Predictive direct power control (P-DPC) applied to voltage source pulse-width-modulation (PWM) rectifier was introduced in this paper. Based on the model of power prediction, voltage vectors were selected according to minimizing power errors in a fixed time interval, which results in a constant switching frequency control for P-DPC. It simplifies the implementation of P-DPC procedure by selecting switching states based on the principle of space vector modulation (SVM). In order to eliminate power errors caused by control delay, a detailed control delay compensation scheme was designed. Experimental results based on a 2kW prototype were presented, which showing that P-DPC has a faster power response compared to standard voltage-oriented-control (VOC) techniques. Besides, the dynamic performance of the system is also improved significantly by control delay compensation.