controller tuning
英 [kənˈtrəʊlə(r) ˈtjuːnɪŋ]
美 [kənˈtroʊlər ˈtuːnɪŋ]
网络 控制器整定
双语例句
- Aiming at second order delayed process model, a new PID controller tuning parameters method based on direct synthesis approach is proposed in the paper.
针对二阶时滞过程模型，采用直接综合方法设计了PID控制器的三个参数。 - Multi-objective Optimization and Multi-attribute Decision Making for Controller Parameters Tuning of Ship's Diesel
船舶柴油机调速器参数整定的多目标优化和多属性决策研究 - Controller Parameter Tuning Method Based on Immune Theory
基于免疫原理的控制器参数整定方法 - PID controller parameters tuning for marine boiler by multiobjective optimization
船舶锅炉水位PID控制器参数多目标优化整定 - By the empirical methods are two of the PID controller parameters tuning.
采用经验方法分别对上述两个PID控制器参数进行整定。 - In this paper, internal model control ( IMC) system structure is adopted for second order non minimum phase processes and controller tuning method is presented based on gain and phase margin.
针对一类自衡二阶非最小相位过程，采用内模控制系统结构，使系统具有良好的抗扰性和鲁棒性。给出了在希望的幅值和相角裕量下控制器参数的计算方法。 - A simple and efficient PI controller tuning method for large dead-time processes is presented.
提出一种简单而有效的大滞后过程PI控制器整定方法。 - PID Controller Tuning for Multivariable System Based on H_ ∞ Control
基于H∞控制的多变量系统PID参数整定 - For multivariable state feedback control systems, optimal parameters of controller tuning can be determined by Model Reference Approach, featuring ease of handling.
本文提出了一种计算多变量状态控制系统调节器最佳参数的方法&参考模型法。 - PID Controller Tuning Based on Relay-feedback Test
基于继电反馈的PID控制器的参数整定 - Determination of Optimal Parameters for Controller Tuning by Model Reference Approach
计算调节器最佳参数的参考模型法 - Fractional-order Controller Tuning Based on Genetic Algorithm
基于遗传算法的分数阶控制器参数整定研究 - The internal mode compensation controller is designed for the delay performance of TCP network system. The controller tuning method is presented based on the gain and phase margin.
本文针对TCP网络系统的时滞特性，设计基于内模补偿控制器，提出了基于幅值与相位稳定裕度的控制参数整定方法。 - PI controller tuning for large dead-time processes
大滞后过程的PI控制器整定 - Based on the Presentation of the system configuration of μ XL and from the angle of educational experiment the applications of μ XL control system in process modelling, controller parameter tuning and composing dedicated control systems are described accordingly.
在简单介绍了μXL系统基本组成的基础上，从教学实验的角度，分别叙述了μXL控制设备在过程建模、控制器参数整定和组织专门控制系统等方面的应用。 - A method of fractional-order PI~ λ D~ β controller tuning based on revised GA is presented.
提出了基于改进遗传算法的分数阶PIλDβ控制器定阶次参数整定的方法。 - PID controller tuning method for improving performance
改善性能的PID控制器校正方法 - Traditional PI controller tuning formulae can not be easily adapted to specific system requirements.
传统的PI（proportional-integral）控制器整定公式不能灵活地适应具体控制系统特定的性能要求。 - Study on the Simulation of PID Controller Parameters Tuning Algorithm in a Simple Loop
单回路PID控制系统参数整定算法的仿真研究 - By proposing the desired closed-loop transfer function, the PID controller form was analytically derived. Meanwhile the achievable control performance and robust stability of the closed-loop control system were analyzed, and therefore the controller parameter tuning rule was provided.
通过提出期望闭环传递函数，解析地推导出PID控制器的形式，同时分析了闭环控制系统所能达到的控制性能和鲁棒稳定性，由此给出了控制器参数的调节规则。 - Controller Tuning and Testing including Stability and Robustness Analysis. Both trace the reference of input well and have good stability and robustness.
对控制器的调试和测试（包括对控制器的稳定性和鲁棒性的分析）。 - Revised GA is applied to fractional-order PI~ λ D~ β controller and integer-order PID controller tuning for the control of a fractional-order system and a integer-order system respectively.
通过使用该遗传算法，分别进行了采用整数阶PID控制器和分数阶PIλDβ控制器，对整数阶和分数阶系统的控制器参数整定的对比仿真。 - Dynamic performance of the process of identification and PID controller tuning method of parameters can be achieved combining the self-tuning PID controller.
将过程动态性能的确定和PID控制器参数的整定方法结合起来就可实现PID控制器的自整定。 - Confirm the existence of oscillations in the control loop, and the exclusion of control valve nonlinear factors cases, this method can distinguish the model-plant mismatch, the controller tuning problem and unmeasured periodic disturbance.
在检测确认系统存在振荡、并排除控制阀非线性因素的情况下，用该方法能区分模型对象失配、控制器过调和不可测周期性扰动的影响。 - Meanwhile, cross-correlation analysis for the model-plant mismatch detection can be applied. 4. For further discriminating between model-plant mismatch and controller tuning problem, the paper also proposed a sensitivity function diagnostic approach which is based on fast sampling identification technology.
为进一步区分模型对象失配和控制器过调对系统性能带来的影响，提出了一种基于快采样辨识技术的灵敏度函数分析方法。 - Because of some faults such as poor controller tuning in control-loops, control valve stiction, process nonlinearity, poor process and control system design, external input disturbance and other reasons, the plant-wide oscillations occur regularly in process industries.
过程工业中由于控制回路参数调校不当，阀门粘滞，过程非线性，控制系统设计低劣，外部输入干扰等原因，往往导致了整个过程系统的厂级范围大规模的振荡。 - With some typical test functions and the PID controller parameter tuning problem of the ABS control system, the effectiveness of the proposed algorithm is verified.
通过对典型测试函数寻优以及电动汽车防抱死控制系统的PID控制器参数优化整定的实验，验证了该算法的有效性。 - According to the limitation problem of the PID controller parameters tuning, an improved fuzzy adaptive PID controller is designed, which achieve a good simulation result.
针对PID控制器参数整定问题的局限性，设计了改进的模糊自适应PID控制器，达到了很好的仿真效果。 - Pole-placement was adopted as the controller gains tuning method in design of PI controller parameters.
并给出了基于极点配置的PI控制器参数设计方法。 - Second, using analog exercise control of the driver behavior model of single neuron, sets up an auto direction of single neuron self-adaptive PID controller, and achieves control parameters of the traditional auto direction PID controller tuning online.
然后采用模拟驾驶员运动控制行为的单神经元模型，建立了汽车方向的单神经元自适应PID控制器，实现了传统汽车方向PID控制器的控制参数在线整定。