chaos

该程序实现两种具有代表性的EKF与UKF方法在目标跟踪中的性能对比，具体通过MSE实现跟踪效果。(The program implements two methods EKF and UKF representative performance comparison in target tracking, specifically by MSE achieve tracking.)

说明：  最短路径分析源码，使用Ao开发，可以准确的分析(Source shortest path analysis, using Ao development of an accurate analysis of)

说明：  这是用三角分解法求解线性方程组的一种方法(This is a triangular decomposition method for solving linear equations method)

eyediagram of qpsk signal

本程序基于实测的LFM脉冲信号回波数据，进行脉冲压缩处理，实现MTI/MTD/Matched Filter等功能，主要完成以下具体功能 1.脉冲压缩的实现以及结果处理， 2.固定目标的对消的实现方法、作用以及必要性分析， 3，脉冲积累的时机、实现方式、效果及必要性分析， 4,动目标检测的实际含义、具体实现方案及结果分析， 5,对目标距离、速度、数量的回答及旁瓣抑制的必要性分析 ( This program echo LFM pulse signal based on the measured data, the pulse compression processing, realize MTI/MTD/Matched Filter, and other functions, mainly to complete the following specific functions 1. The realization of pulse compression and processing results, 2. Cancellation of the realization method of the fixed target, function and the analysis of the necessity, 3, the timing of the pulse accumulation, implementation method, effect and necessity analysis, 4, the actual meaning of the moving target detection, the concrete implementation plan and result analysis, 5, the target distance, speed, number of answer and the analysis of the necessity of the sidelobe suppression )

用MATLAB实现的车牌定位程序，程序完整(Implemented using MATLAB license plate locator, program integrity)

基于<<Discrete Fractional Fourier Transform Based on Orthogonal Projections》的分数阶傅立叶变换(Fractional fourier transform based on 《Discrete Fractional Fourier Transform Based on Orthogonal Projections》)

A simple nonlinear system is described within the Simulink environment.For control purposes, a sliding mode controller is designed in order to regulate the system to the origin. Furthermore, the chattering reduction has also been addressed with the introduction of tanh function.

利用求语音信号倒谱的方法，对语音信号进行基音检测，并绘制出波形图。(Use for speech signal spectrum method of fall, the speech signal pitch detection, and rendering the waveform figure.)

This module will calculate the electrical angle between two different signals (Normally current + Voltage). once the first siganl as a reference signal and once the second signal as a reference signal.