tuihuo

说明：  这是个混沌理论中分岔图的源代码，通过这个代码，我们可以看出它走向混沌的过程，进而分析它的动力学特性，希望对大家有用(This is chaos theory in the bifurcation diagram of the source code, through this code, we can see the process it into chaos, and then analyzes its dynamics, we hope to be useful)

A discrete model of the IEC 61000-4-15 flickermeter is developed for use with the Matlab–Simulink simulation software package. The discrete model is a faithful reproduction of a flickermeter defined by the IEC Standard it duplicates the functional blocks described by the standard and operates in the same way as the standardized instrument to assure complete fidelity of results. The model is intended to be used within larger simulations that contain discrete model blocks, either alone or in combination with the Simulink

程序实现了基于MATLAB的pi/4 QPSK的仿真,系统在相同条件下，对加噪声和没有噪声的情况，分别画出了它的眼图分析其性能，及已调制信号的时域波形和频谱。(The program realizes the simulation of pi/4 QPSK based on MATLAB. Under the same condition, the system draws its eye diagram to analyze the performance of the noise and no noise, and the time domain waveform and spectrum of the modulated signal .)

matlab应用于基于粒子滤波的程序及演示(Particle filter based on the procedures and presentation of matlab)

decoder of 2*2 mimo system.

K近邻算法在MATLAB中的通过编写代码来实现的样例(K nearest neighbor algorithm in MATLAB by writing code in the sample achieved)

matlab application for engeneering system

MATLAB下各投入机组的最优发电功率和最小损耗的程序代码，即经济调度问题(MATLAB each invested unit optimal power generation and minimum loss program code, the economic dispatch problem)

编写程序，分别读入两个语音文件,然后计算它们的短时自相关函数(Programming, respectively, read the two audio files, and then calculating their short-time auto-correlation function)

说明：  利用MATLAB强大的图形处理功能，符号运算功能和数值计算功能，实现连续时间非周期信号频域分析的仿真波形； 1、用MATLAB实现典型非周期信号的频域分析； 2、用MATLAB实现信号的幅度调制； 3、用MATLAB实现信号傅立叶变换性质的仿真波形； (The use of MATLAB powerful graphics processing capabilities, symbolic computing and numerical computing capabilities to achieve continuous-time non-periodic signal frequency domain analysis of the simulation waveform 1, using MATLAB to achieve a typical non-periodic signal frequency domain analysis 2, using MATLAB to achieve signal amplitude modulation 3, using MATLAB for signal Fourier transform nature of the simulation waveform )