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- PID Parameter Self--tuning PID参数自整定
- Chapter four illustrates the PID parameter tuning method based on LJ optimal algorithm. 第四章讲述应用随机数直接搜索法进行PID控制参数整定的方法，并将此方法的仿真实验结果与基于遗传算法、单纯形加速法整定的控制效果进行了比较。
- It not only simplifies tuning of PID parameters, but also has stronger robustness and adaptability. 该方法既简化了经典控制PID参数整定的复杂性，同时使系统具有较强的鲁棒性和适应性。
- The algorithm is applied to the optimization of PID parameter，compared to SGA. 将该算法应用于PID控制器参数的优化，并与具有精英保留的SGA进行比较。
- PID parameter tuning based on chaotic ant swarm 基于混沌蚂蚁群算法的PID控制器的参数整定
- Iterative feedback tuning (IFT) control method can tune PID parameters without system identification, lead to better close loop behaviour. 摘要迭代反馈整定(IFT)控制方法能够在未知系统模型的前提下，完成系统控制器的参数整定，使系统控制性能趋向优化。
- Moreover，the tuning method presented in this paper has high ascendance for getting the optimal PID parameters very fast. 同时采用文中所提出的整定方法可快速获得最优PID参数，显示了其优越性。
- PID parameter tuning of a motion controller 运动控制器的PID参数整定
- A SURVEY OF ADVANCED PID PARAMETER TUNING METHODS PID参数先进整定方法综述
- PID control policy for vibration amplitude stability is put forward in this paper, and the method using NCD module in MATLAB to tune and optimize the PID parameters is also given. 提出了采用PID控制策略对反共振振动筛振幅的稳定性进行控制,给出了利用MATLAB的NCD模块对PID参数进行调整和寻优的方法,获得了一组较好的PID参数,并利用其对振幅控制系统进行了仿真。
- Self-tuning of PID Parameters Based on An Improved Ge. 基于改进遗传算法的PID参数整定。
- Based on the traditional PID controller,the self-adjusting of PID parameter of the new type of controller was realized through fuzzy reasoning,acc... 与现有控制算法相比,该算法简单、实时性强、调节效果好,从而具有较好的工程应用前景。
- In order to achieving the segmented acceleration, this system exploits variable PID parameter in corresponding state of the engine. 研究在发动机处于不同转速状态时的变参数PID控制，实现对发动机加速过程的分段控制。
- A simple and efficient algorithm for PID parameters self-tuning is presented in the paper,ISTE is used as the criterion of optimizing,optimizes PID parameters by simulating engineering tuning. 提出了一种简单有效的PID参数自整定算法,以最优准则ISTE为目标函数,模拟工程PID参数整定的策略和步骤,实现对PID参数的整定寻优。
- First, the model of the experimental resistance stove is built by using MATLAB software, and the PID parameter is adjusted according to experience formula of Ziegler Nichols. 用 MATLAB软件建立实验电阻炉的数学模型 ,并按 Ziegler-Nichols经验公式整定出 PID参数 ;
- Apply the compensator online for adjusting the PID parameter of the controller, to attenuate the parameter perturbation, nonlinear and outer disturbance of the system. 将神经网络自适应补偿器与PID控制器并联,补偿系统参数摄动、非线性和外界扰动对系统控制性能的影响,提高系统的鲁棒性和抗干扰能力。
- The application of fuzzy control in the process of electrification of lead acid storage battery is introduced. The practiced results show that the parameters self adjusting fuzzy controller has a faster responding speed and higher stable precision. 介绍了模糊控制在铅酸蓄电池充电过程中的应用 ,实践结果表明 ,参数自整定模糊控制器响应速度快 ,稳态精度高。
- A simulation test of system identification and PID parameter optimization was conducted with AIGA.A good result was obtained, so that the feasibility of this method was confirmed. 同时，将AIGA用于系统辨识以及PID参数的优化中，进行了仿真实验，取得了较好的结果，证明了该方法的有效性。
- The fuzzy parameter self regulating decides the PID control the application which corrects an error in the strip coiling to hit 模糊参数自整定PID控制在带材卷绕纠偏中的应用
- PID parameter based on real-valued genetic algorithm was optimized with real number coding, Original colony was initialized through parameter real-valued coding, adaptive value of function was calculated. 基于实值遗传算法的PID参数优化采用实数编码,通过参数实值编码初始化种群,计算适应度函数适配值。
