GLHT

说明：  基于半比特反转的GPS信号捕获。实现数据剥离，能够完成长时间的相关积分(GPS-based semi-Bit reversal signal acquisition. Data stripping, a long time to complete the relevant points)

in this project data is hiding by LSB stegnography the shifting opertor is used to shift the data

基于multisim的调频接收机 包含混频中放低放鉴频(FM receiver based on multisim mixing in the lower release contains discriminator)

MATLAB车牌识别系统设计。包括源代码和设计文档。(MATLAB license plate recognition system. Including the source code and design documentation.)

To find the largest fitness value and its location 寻找最大适应性及相应的位置！Population N=50；crossover bits=n/2 (half of bits of an individual) with random locations，mutation bits = 4 种群数 N=50，交换位数= n/2, 即个体位数的一半，且位置随机； 变异位数统一取为4； Nc=20，28，36，44，individuals for crossover(交换的个数)。Nm=1，5，10，15， individuals for mutation(变异的个数)。(To find the largest fitness value and its location to find the location of the maximum adaptability and the corresponding! Population N = 50 crossover bits = n/2 (half of bits of an individual) with random locations, mutation bits = 4 population size N = 50, exchange digits = n/2, ie half of the median individual, and random position variation is taken as unity median 4 Nc = 20,28,36,44, individuals for crossover (exchange number). Nm = 1,5,10,15, individuals for mutation (the number of variations.))

Fuzzy tuning parameter PID controler, Simulation Matlab

/* * To change this template, choose Tools | Templates * and open the template in the editor. */ package netowkrcards_test /** * * @author Cecilia */ public class NetowkrCards_Test { /** * @param args the command line arguments */ public static void main(String[] args) { // TODO code application logic here } }

说明：  小波变换图像增强程序。以及非线性的处理程序。 MATLAB编译环境。(Wavelet transform image enhancement program. And non-linear process. MATLAB compilation environment.)

提取图像中的红色，并且使红色部分变为白色，其余部分变为黑色。(get the red color area from a picture, and turn the red part into white, and the rest into black)

说明：  Hilbert变换工具箱，可用于单分量信号的解调，求取瞬时幅值和瞬时频率(Hilbert transform toolbox, which can be used for demodulation of single component signals, to calculate instantaneous amplitude and instantaneous frequency)