完美的基于粒子群的改进K均值聚类算法代码

辛普森数值方法求积分，并非本人所写，来源于网络，共大家分享(simpson numerical method)

matlab power electronics program

图论的小作业，计算班级成员关系之间的聚合度并采用Floyd算法计算最短路径(Graph Theory of small operations, calculation of class membership between the degree of polymerization and using Floyd shortest path algorithm)

本文利用Matlab／Simulink软件，以无线电调幅广播发射与超外差接收系统为例，对“通信电子电路”课程中重要的通信系统单元电路进行了仿真和分析，给出了仿真模型和较为详细的各点仿真波形，并结合实际给出了多路系统的仿真结果。将该Matlab仿真引入课程教学。可以使学生在学好课程的同时，了解和掌握通信系统建模与仿真的方法。(In this paper, the use of Matlab/Simulink software to the radio superheterodyne AM radio receiver system with the launch as an example, the " communication electronic circuits" course an important element of communication system circuit simulation and analysis, the simulation model and the more detailed Simulation waveform points, combined with the actual multi-channel system is given the simulation results. Matlab simulation of the introduction of the teaching. Will enable students to study courses at the same time, understanding and knowledge of modeling and simulation of communication systems approach.)

chebyshev映射lyapunov指数分布图(chebyshev map lyapunov)

用于特征降维，特征融合，相关分析等,包含收发两个客户端的链路级通信程序,验证可用，包括回归分析和概率统计，采用了小波去噪的思想，用MATLAB实现的压缩传感。

This is matlab code to performs a single-level one-dimensional wavelet decomposition/construction based on lifting method

说明：  用于实现大规模混合信道的mimo仿真，效果显著(Mimo simulation for large - scale mixed channel has remarkable effect.)

用MATLAB开发的BP算法源程序,对你或许有所帮助。(Developed using MATLAB source BP algorithm)

DES3200实验系统的模拟信号输出通道产生一个1KHz 的方波,然后利用信号输入通道对产生的方进行低通滤波,得到一个1KHz 的正弦信号，并使用CCS 的图形显示工具显示输入和输出的波形。这里我们使用的是一个46阶的对称结构的FIR低通滤波器，其采样频率Fs为25KHZ，通带截止频率 1KHZ，阻带截止频率为3KHZ，阻带衰减为-60dB。(DES3200 experimental system analog output channel generates a 1KHz square wave, and then use the signal input channels that produce low-pass filtering the square to get a 1KHz sinusoidal signal, and use the CCS' s graphical display tool shows the input and output waveforms. Here we use a symmetrical structure of 46-order FIR low-pass filter, the sampling frequency Fs to 25KHZ, passband cutoff frequency 1KHZ, stopband cutoff frequency 3KHZ, stop-band attenuation is-60dB.)