Q1t

hppc实验的数据分析，重要参数的提取，本代码适用于二阶等效电路，可以计算其中的串联电阻，并联的RC电路中的参数的值是多少，另外可以提取相应的每一个步骤所对应的开路电压，电流，以及对应的实验的时间。(hppc experimental data analysis, extraction of important parameters, the code for the second equivalent circuit can be calculated as one of the series resistance of the parallel RC circuit of the value parameter, the other can extract the corresponding corresponding to each step The open circuit voltage, current, and time of the corresponding experiments.)

iNemo_M1_Applications，这款ST公司的九轴传感器，数据读取，姿态结算，融合。很全的一个工程，刚刚测试通过。(iNemo_M1_Applications, this ST s nine-axis sensor, data read, posture settlement, integration. It is full of a project, just test.)

自适应均衡器的仿真程序：在120hz信号下去处50hz干扰(adaptive equalizer Simulation : 120hz signal on the Department 50hz interference)

说明：  采用meanshift算法实现图像聚类，函数用matlab实现(clustering using Mean-shift)

本程序中得到的收端OFDM信号的频谱波形，是与其发端信号的排步有关的。在发端的 ％ 载波安排上，128个载波有前后各32个载波是null载波(如果这前后各32各载波是带外频段， ％ 那么理论上它们都应该是零！)，中间的64个载波是数据载波。这样的排步很明显就是一个 ％ 两边低，中间高的频谱形式。所以，收端也应该是这个轮廓。 (this process the resumption end of the spectrum OFDM signal waveform, with the originator of the signal further on the row. The originator% carrier arrangements, 128 of the carrier after a 32 carrier is null carrier (if it was around the 32 is the carrier frequency band. % then theoretically they should be zero!) the middle 64 carrier data carrier. This arrangement is obviously further 1% lower on both sides, in the middle of the spectrum form high. Therefore, the admission should end this profile.)

distance relay progAM

该 Stochastic Model Predictive Control Toolbox 可以根据系统提供的markov转移矩阵构建场景树，并根据场景树信息，构建MPC控制器，从而解决了SMPC问题(The Stochastic Model Predictive Control Toolbox can be transferred in accordance with markov matrix system constructed scene tree, and the tree information depending on the scene, building MPC controller to solve the problem SMPC)

说明：  《matlab扩展编程》光盘资料.关于端点检测，录音，参数提取，HMM,LPC,MFCC,DYW等一些源代码(err)

labview的 正交幅度调制（QAM）( quadrature amplitude modulation (QAM) )

用MATLAB编的图像模糊和复原的程序(Image made using MATLAB Fuzzy and recovery procedures)