pid控制器的英文

• pid controller

• 控制器    controller; regulator; monit ...
• 控制器    controller; regulator; monitor; pilot; keyer; manipulator; control unit; control device; [自动化] circuit controller; service switch; controlling apparatus◇控制器把手 controller handle; 控制器常规设计 controller conventional design; 控制器导阀 controller pilot valve; 控制器箱 controller case; 控制器罩 controller cage; 控制器作用 controller action
• 控制器, 就地控制器    control pillar
• 控制部件,控制器    control unit
• p控制器    p controller,
• 按钮控制器    press control
• 半磁控制器    semi-magnetic controller
• 爆抑控制器    explosion suppression control unit
• 备份控制器    bdc:backudomain controller
• 本地控制器    local controller
• 比例控制器    proportional controller; controller; proportional regulator; ratio controller
• 比率控制器    ratio controller
• 比值控制器    ratio controller,
• 边界控制器    boundary controller
• 编辑控制器    editting controller
• 变换控制器    transform controllers
• 变速控制器    variable speed controller
• 变阻控制器    rheostatic controller
• 标号控制器    labeling control
• 播出控制器    presentation controller
• 波长控制器    wavelength control unit
• 采样控制器    sampling controller
• 彩色控制器    colour cont
• 操舵控制器    steering control device
• 操纵杆，控制器    governor

• Simulation of boiler burning control system was also performed to study the controller ' s self - adaptive fuzzy control by matlab
  用matlab对应用模糊自整定pid控制器的锅炉燃烧控制系统模型进行仿真研究。
• 4 ) the digital pid control algorithm in a smart actuators is designed and a simplified distributed control system is simulated
  设计了一个智能执行机构的数字pid控制器，并对一个简化的分布式控制系统进行了仿真。
• And its result is compared with traditional pid controller . the influence of parameters of optimal controller on the system is studied
  将其结果与传统的pid控制器进行了比较，探讨了最优控制中参数变化对系统的影响。
• Fuzzy controller shows promise for these non - linear systems that are not known well or the model is difficult to be identified
  但是由于船舶航行的复杂性和pid控制器本身的局限性，常规的pid自动舵仍然存在着许多不足之处。
• In this paper , two kinds of self - tuning methods of gain and a kind of method of nonlinear pid controller ' s gain - tuning have been put forward
  本文提出了两种pi控制器增益自调节方法和一种非线性pid控制器增益的调节方法。
• On the basis of theory analysis for controller system , the difference equations fit for digital controller are exported from the analog pid
  在对控制系统进行理论分析的基础上，从模拟pid控制器推导出适合数字控制的差分方程。
• The paper study the way of optimizing pid controller parameters , it affects directly results of control and has in touch with safety , economy
  Pid控制器参数的优化直接影响控制效果的好坏，并和系统的安全、经济运行有着密不可分的关系。
• The results of experimentations show that the snc can quite well resolve this question and the results of controlling are satisfactory
  实验结果表明，由于单神经元pid控制器的自学习、自适应的特点，成功地实现了气动机械手的平面定位问题。
• Pid controller is widely used in most of industrial process control , because of its simple structure , its easy realization and its robustness
  Pid控制器因为结构简单、容易实现,并且具有较强的鲁棒性,因而被广泛应用于各种工业过程控制中。
• Although pid controller can improve the performance of the control system to some extent , it can not give a satisfied result using pid controller alone
  虽然pid控制器在一定程度上改善了控制系统的性能,但单一pid控制往往不能达到令人满意的程度。

• pid控制器的法语：Régulateur PID
• pid控制器的日语：PID制御
• pid控制器的韩语：PID 제어기
• pid控制器的俄语：ПИД-регулятор