shengjingwangluo

it is working of induction motor of machine which is degine process of induction motor

本文件对PID参数kp,ki,kd进行寻优，以ITAE作为指标函数。 PSO 文件中有详细的参数设置和寻优过程 GA寻优与PSO寻优作为对比出现 figure1展示了随着迭代次数的变化，适应度函数的收敛情况 figure2展示了kp,ki,kd的迭代情况 ht 文件是用来画图的 问题解决思路.pdf 简要介绍了粒子群算法寻优的过程(In this document, the PID parameters KP, Ki, KD are optimized, and ITAE is used as the index function. PSO file has detailed parameter settings and optimization process GA optimization and PSO optimization as a contrast appear Figure1 shows the convergence of fitness function as the number of iterations changes Figure2 shows the iterations of KP, Ki, and KD The HT file is used for drawing The problem solving idea.Pdf briefly introduces the process of particle swarm optimization)

tthe leach code in matlab for wireless sensor network

自己编写的对于加了噪声灰度图像进行均值滤波的函数，不是直接调用函数的那种。(I have written plus noise grayscale images mean filtering function, not directly to the kind of the calling function.)

三相光伏逆变并网的仿真，车牌识别定位程序的部分功能，实现六自由度运动学逆解算法。( Three-phase photovoltaic inverter and network simulation, Part of the license plate recognition locator feature, Six degrees of freedom to achieve inverse kinematics algorithm.)

连续小波正变换和逆变换，包括小波变换常用算法(wavepack)

用递推最小二乘法进行系统辨识，包括simulink环境下搭建模型以及源代码(recursive least square （RLS）source code)

fdtd 的matlab GUI编程，一维（MUR吸收边界）二维三维集合(fdtd the matlab GUI programming, one-dimensional (MUR absorbing boundary) a collection of two-dimensional three-dimensional)

MATLAB implementation of SPIHT (without Arithmatic coding stage). ％ Performance evaluation : this toolbox VS. SPIHT ％ Test image: lena512.raw ％ bpp SPIHT(dB) This code(dB) ％ 0.1000 29.8107 29.3202 ％ 0.2000 32.7202 32.2514 ％ 0.3000 34.5479 34.0331 ％ 0.4000 35.8422 35.4857 ％ 0.5000 36.8623 36.5939 ％ 0.6000 37.6650 37.3759 ％ 0.7000 38.2581 38.0491 ％ 0.8000 38.9390 38.7058 ％ 0.9000 39.5218 39.3437 (MATLAB implementation of SPIHT (without A rithmatic coding stage). Performance evalua% tion : this toolbox VS. SPIHT%% Test image : lena512.raw%% bpp SPIHT (dB) This code (dB)% 0. 1000 29.8107 32.7202 0.2000 29.3202% 32.2514% 0.3000 0.4000 34.5479 34.0331% 35.8422 35.485 7% 0.5000 0.6000 36.8623 36.5939% 37.6650 37.3 759% 38.0491% 0.7000 0.8000 38.2581 38.9390 38 .7058 0.9000 39.5218 39.3437%)

viterbi算法测试程序，对接收信号的相位与真实相位进行viterbi距离计算(viterbi algorithm testing procedures, the phase of the received signal phase with the real distance calculated for viterbi)