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incremental_pid
- 增量式PID控制算法：相比位置式PID控制有更好的控制精度，不累加误差，误动作影响小，不易引起积分饱和-Incremental PID control algorithm: compared to the position PID control has better control accuracy, and does not accumulate error, malfunction affect small, are unlikely to cause the windup
GAF-PID
- 实用遗传算法对控制器的三个参数整定,用matlab进行仿真分析可以得到较优的解。-use GA to adjust three parameters of cybernetics
erjie
- 针对目前自动称重配料系统中采用传统PID控制的不足、系统误差不稳定、动态特性不理想，提出了一种基于神经网络PID控制的算法。该系统传递函数为 ,本文设计BP神经网络为三层，输入层4个节点,隐层为5个节点，输出层为3个节点。-For automatic weighing batching system currently used in traditional PID control deficiencies, systematic errors unstable dynamics is not
work1_PSO_main
- PSO算法优化PID参数,单回路高阶系统的PID参数优化，主程序，目标函数可以自己编写。-PSO algorithm to optimize the PID parameters
jifenfenli_PID
- 基于PCI-1711板卡 增量式积分分离PID算法实现温度控制 C++builder上位机控制软件-Based on PCI-1711 boards incremental integral separation PID algorithm temperature control C++builder PC control software
weifenxianxing_PID
- 基于PCI-1711板卡 微分先行PID算法实现温度控制 C++builder上位机控制软件-Based on PCI-1711 boards differential forward PID algorithm temperature control C++builder PC control software
jifenfenli_weizhishiPID
- 基于PCI-1711板卡 位置式积分分离PID算法实现温度控制 C++builder上位机控制软件-Based on PCI-1711 board positions integral separated PID algorithm temperature control C++builder PC control software
siqu_PID
- 基于PCI-1711板卡 死区PID算法实现温度控制 C++builder上位机控制软件-Based on PCI-1711 board dead zone PID algorithm temperature control C++builder PC control software
PID
- 基于STM32F103的PID通用算法，电源行业应用的经典例程。-STM32F103 based on the PID general algorithm, the power industry application classic routines.