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five
- 1.BP神经网络进行模式识别 2.用BP网络对非线性系统进行辨识 3.一个神经网络PID控制器 4.图像处理的PCA算法 5.图像处理的穷举算法-1.BP neural network pattern recognition 2. Using BP network identification of nonlinear systems 3. A neural network PID controller 4. The PCA algorithm for image process
1_071230021054
- 是资料本。主要讲述PID的控制算法。以及几种PID控制算法的比较。其中可以采用c、c#编程。-This is the information. Mainly about the PID control algorithm. And several PID control algorithms. One can use c, c# programming.
GeneticWavelet
- 提出了一种基于遗传算法和小波神经网络的 PI 参数整定方法。首先 ,利用具有自然进化的遗传算法对小波神经网络的初始权值进行优化训练 ,解决了控制器网络初始权系数对控制效果产生的影响 其次 ,利用小波神经网络对PID参数进行在线调节 最后将此算法运用到电机控制系统的 P I D参数寻优中。-A new-type controller based on genetic algorithm andwavelet neural net work was presented.The genetic alg
Genarate
- 遗传算法实现PID参数优化,genmain.m为主函数，其余为被调用函数。-Genetic algorithm to realize PID parameters optimization
PIDNN
- 将人工神经网络用于PID参数调节，是目前PID控制的趋势，人工智能算法。-Artificial neural network PID parameter adjustment, the trend is the PID control, artificial intelligence algorithms.
dc
- 利用免疫克隆算法整定pid参数，来控制直流电机-Immune clonal algorithm using pid tuning parameters to control the DC motor
bppid
- 一种bp-pid调节器的算法实现，可进行对正弦或阶跃等信号的调节控制，并输出调节曲线，误差曲线，PID参数曲线等。 -A bp-pid regulator algorithm, can be sine or step on the regulation and control such signals, and the output tuning curves, the error curve, PID parameter curve.
zhinengche
- 智能车比赛程序，校内赛最终稳定版本程序。文件中的黑线提取算法和PID控制算法，可为参加比赛的同学提供参考。-Smart Car race program, the school tournament final stability program. The black line in the file extraction algorithm and PID control algorithms, students can participate in the competition to pr
RBF
- 运用常规的PID控制算法很难达到人们所要求的控制效果。采用改进的BP神经网络算法进行改进具有以任意精度逼近非线性函数的能力，而且通过它的自身的学习，可以找到某一最优控制率下的PID控制器参数，使其具有更好的鲁棒性和自适应的能力。-Using conventional PID control algorithm is difficult to live up to the required control effect. The improved BP neural network algorit
ga5
- 应用遗传算法优化控制器的pid参数，为matlab程序，chap5.m为适应度函数。-Genetic algorithm optimization controller pid parameters for the matlab program, chap5.m for the fitness function.
ga_pid_main
- 基于遗传算法的PID整定，不需给出调节器初始函数和复杂的规则-Based on genetic algorithm PID tuning, no regulator is given the initial function and complex rules
chap4_1
- 单神经元PID智能控制算法MATLAB编程-Single neuron PID intelligent control algorithm MATLAB Programming
chap4_8m3
- 本程序是用于高频高压电源的基于bp神经网络的pid在线调整算法-use for bp_pid
YICHUAN
- 通过遗传算法对PID参数进行了优化，得到了良好控制效果-Using genetic algorithm to optimize the PID parameters to get a good control effect
yichuanhexiaobo
- 遗传算法和神经网络结合对PID控制,有很好的效果-yichuansuanfa he shenjingwangluo jiehe dui PIDkkongzhi
comparision_GA_pid_pid
- 遗传算法优化PID参数，利用遗传算法原来优化参数得到良好控制效果-GA algorithm optimization parameter
BP_PID
- BP_PID神经网络的一个经典算法，很实用-BP PID
GFNNjieousuani
- 给出了一模糊神经网络解耦控制算法,对含有噪声的二阶系系统进行控制,并与PID控制结果进行了比较,效果不错! -Given a fuzzy neural network decoupling control algorithm, controls the second-order systeem for noise control and PID control and the results were compared with the effect of good!
PIDcontroltunning
- 基于模糊算法fuzzy的PID参数整定，源程序-fuzzy PID controller tunning
PD
- 迭代学习算法，简单，易懂，PD 的迭代学习，较PID 简化了，但不响应结果，确实可行，方便，简单。-interative learning algorithm （ILC) based on PD, it is easy to understand and useful for beginner to learn. the algorithm can be used in industry and robot systerm .Matlab language.