m-files

car plate recogion system

利用DFT分析离散信号频谱的实验。利用FFT分析信号 x[k]=cos(3pik/8 +pi/4 ) 的频谱；确定DFT计算的参数，绘出其频谱；并进行理论值与计算值比较。(DFT analysis of discrete signal spectrum utilization experiments. Analysis using FFT signal x [k] = cos (3pik/8+ pi/4) of the spectrum determine the parameters of DFT calculations, draw its spectrum and comparing the theoretical and calculated values.)

• To design a GUI in MATLAB for Dual-Tone Multi-Frequency (DTMF) telephone key pad, including DTMF Signal generator and DTMF tone detector • To simulate the DTMF signals with noise based on the specifications given. • To decode and display the DTMF signals by using FFT algorithm

C均值聚类算法的matlab编写。此程序根据模式识别书上C均值聚类的过程进行编写。没有用到工具箱。(this program is based on Patten Recongnize knowledge to design a system about C means method.)

用分种群的粒子群算法来求取30维多峰行数Rastrigrin函数，运行100次得到平均值，标准差(Using points of population of the particle swarm algorithm to achieve 30 dimensions multi-peak Rastrigrin function, running 100 times get an average, standard deviation )

elements of statistical learning 统计学习与推理的经典教材(elements of statistical learning statistical learning and reasoning of the classical textbook)

说明：  超声波数值模拟，通过matlab模拟声场的传播(ultrasonic simulation)

matlab code for new user to design any project

说明：  排队问题仿真的目的是要寻找服务对象与服务设置之间的最佳配置，保证系统具有最佳的服务效率与最合理的配置，通过matlab平台对单服务台有限队长的排队系统进行 过程仿真 可以协助设计人员分析顾客的需求 从而合理规划出符合实际条件的服务设施(The purpose of the queuing simulation is to find clients and the best allocation between service settings, ensure that the system has the best efficiency and the most reasonable configuration, the single desk by the limited matlab platform captain Simulation of queuing systems can be help designers analyze the needs of customers in order to meet the actual conditions of rational planning of services and facilities)

本程序是对V-BLAST系统及其检测算法的仿真，可采用BPSK,QPSK,16QAM,64QAM调制。检测算法为ML，MMSE,ZF,以及采用迫零的连续干扰消除检测算法。(This procedure is the V-BLAST system and its detection algorithm simulation, can be used BPSK, QPSK, 16QAM, 64QAM modulation. Detection Algorithm for the ML, MMSE, ZF, and the use of zero-forcing successive interference cancellation algorithm.)