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1402202733.(F)
- PSO PROGRAM FOR CONTROLLER TUNING
GA-PID
- 将遗传算法应用于PID整定。可完美运行,效果已测试，可达到较好的控制效果-Applying Genetic Algorithm for the PID parameters fine tuning.
主要程序
- 粒子群算法的仿真程序，并采用典型benchmark进行演示分析； 然后，应用粒子群算法进行热工过程水轮机系统模型辨识，matlab软件可直接运行； 采用粒子群算法与PID参数整定进行联合仿真，用以提高PID控制器对热工过程水轮机的控制性能。(Particle swarm algorithm simulation program, and the use of a typical benchmark for demonstration analysis; Then, the particle
fuzzypid
- 模糊自整定PID控制系统设计与仿真，仿真基于俯仰姿态保持模糊PID控制(Design and Simulation of fuzzy self-tuning PID control system.Fuzzy PID control for pitch attitude keeping)
MatlabRegressionCode
- lssvm回归预测分析，用各种核函数进行参数调优过程，使获得最佳的预测结果。(Lssvm regression prediction analysis, with a variety of kernel functions for parameter tuning process, so that the best predictions.)
ypfz103-fuzzy-pid
- tuning of pi controller using fuzzy algorithm
PID
- 本程序为基于matlab的直流电机数字PID整定仿真实验程序，注意，不是ｓｉｍｕｌｉｎｋ仿真。(This program is based on the MATLAB DC motor digital PID tuning simulation experiment procedures, note that not Simulink simulation.)
Xiaoliang-s-control-toolbox-master
- Xiaoliang control toolbox containing comprehension controllability analysis toolbox and robust controller tuning matlab toolbox
featureselect_FW_fast
- 粗糙集，属性简约，能够提供良好的测试，需要做一些参数及内容调整(Rough sets, attribute parsimony, can provide good testing and need to do some parameter and content tuning)
new_PID
- 由于PID控制器具有简单而固定的形式和良好的鲁棒性，因而在工业生产中得到广泛的应用。但由于控制系统的复杂性和非线性等因素，使PID控制器的参数受到了影响，因此如何整定PID控制器的参数成为当前乃至今后的研究热点。对PID自整定进行了matlab仿真(PID controller is widely used in industrial production because of its simple and fixed form and good robustness. However, bec
ZN_tuning
- P, PI, and PID tuning using ZN
57176
- PSO based tuning of PID controller. PID controller is tunned by different methods and one of them is PSO. PSO stands for particle swarm optimisation.
pid参数整定
- 本文使用遗传算法对pid进行在线整定，效果明显有于传统pid(In this paper, the genetic algorithm for pid online tuning, the effect is obvious in the traditional pid)
PID
- Proportional-Integral-Derivative (PID) control is the most common control algorithm used in industry and has been universally accepted in industrial control. The popularity of PID controllers can be attributed partly to their robust performance in a
chap3
- 包括专家pid控制原理，典型模糊控制器的设计，模糊自适应整定pid控制，基于sugeno的模糊控制(Including expert PID control principle, the design of typical fuzzy controller, fuzzy adaptive tuning PID control, fuzzy control based on Sugeno)
chap4
- 基于单神经元网络的pid智能控制，基于bp神经网络整定的pid控制，基于rbf神经网络整定的pid控制(PID intelligent control based on single neuron network, PID control based on BP neural network tuning, PID control based on RBF neural network tuning)
chap5
- 基于遗传算法整定的pid控制，遗传算法函数极大值，基于遗传算法的pid整定(PID control based on genetic algorithm tuning, genetic algorithm function maximum, PID tuning based on genetic algorithm)
chap1
- 先进pid多变量控制，单神经元pid控制，基于drnn神经网络整定的pid控制(Advanced PID multivariable control, single neuron PID control, PID control based on DRNN neural network tuning)
PID整定
- 上传代码为PID控制中系数整定，已经验证过(Upload code for PID control in the coefficient tuning, has been verified)
Ibrahim_Ngom_PIcontroller
- Matlab code for tuning PI control parameter