线性控制理论的英文

• linear control theory

• "线性"英文翻译    linear; linearity
• "控制理论"英文翻译    control theory
• "非线性控制理论" 英文翻译 :    non linear control theory; nonlinear control theory
• "非线性控制理沦" 英文翻译 :    nonlinear control theory
• "线性系统控制理论" 英文翻译 :    linear system control theory
• "线性控制系统理论" 英文翻译 :    linear control system theory; linear systems
• "非线性控制系统理论" 英文翻译 :    nonlinear control system theory,
• "控制理论" 英文翻译 :    control theory; cybernetics; theory of controls
• "非线性控制" 英文翻译 :    nonlinear control
• "线性控制" 英文翻译 :    distribution control; linear control; linearity control
• "线性控制器" 英文翻译 :    linearity controller
• "直线性控制" 英文翻译 :    linearity control
• "过程控制理论" 英文翻译 :    process control systems
• "经典控制理论" 英文翻译 :    classical control theory
• "经济控制理论" 英文翻译 :    economic control theory
• "控制理论补充" 英文翻译 :    complementary to control theory
• "控制理论基础" 英文翻译 :    elementary theory of control; theory of control
• "库存控制理论" 英文翻译 :    inventory control theory
• "鲁棒控制理论" 英文翻译 :    robust control theory; robustcontroltheory
• "模糊控制理论" 英文翻译 :    fuzzy control theory; power electronic circuit
• "伺服控制理论" 英文翻译 :    theory of servo mechanism
• "随机控制理论" 英文翻译 :    stochastic control theory
• "统计控制理论" 英文翻译 :    statistical control theory; statisticalcontroltheory
• "先进控制理论" 英文翻译 :    advanced control strategy
• "现代控制理论" 英文翻译 :    modern control theory

• Linear and feedback control theory is required to keep the system stable
  论文中用到的控制理论主要是线性控制理论和反馈控制理论。
• The control parameter can be selected via linear control theory , and criteria for the design of the control parameters are also investigated
  根据线性控制理论选择控制参数，并研究了设计控制参数的准则。
• Through mechanism analysis of several modified particle swarm optimizations ( pso ) , a new uniform model of pso is described , and the convergence is analysed with linear control theory
  摘要通过分析已有的几种微粒群算法，提出了一种统一模型，并通过线性控制理论分析了其收敛性能。
• Linear control theory based design doesn " t completely consider the uncertainties caused by time - varying transfer delay , saturated non - linearity and dynamical variety of users
  基于线性控制理论的方法几乎都没有综合考虑传输延时的随机时变特性、饱和非线性和用户数的动态变化等不确定性。
• Based on precise mathematical models , classic linear control theory tries to find a controller satisfying given performance index , while modern control theory aims to search the optimal controller such that the optimal performance index can be realized
  在精确的数学模型的基础上，经典线性控制理论立足于使系统满足于一定的性能指标，而现代控制理论则追求性能指标最优。
• The road tunnel ventilation system has strong non - linear characteristic and it is difficult to gain the precise mathematical model by using the traditional linear control theory , therefore , the modern control methods such as the fuzzy control become the trend for the road tunnel ventilation control . however , there are some difficulties with the establishment of the fuzzy membership functions and the rule base
  公路隧道通风系统具有很强的非线形特征，传统的线性控制理论难以获得精确的数学模型，因此模糊控制等现代控制方法成为公路隧道通风控制的趋势，但模糊控制存在隶属函数、控制规则难以确定的问题。
• After comparing pss , pid and linear optimal control theory , the linear optimal controller of upfc with state feedback is proposed which is based on modern control theory . it ' s effect of damping the low frequency oscillation and improving the stability of power system is ideal . finally the sub - optimal control theory is presented according to practicability
  通过分析比较电力系统稳定器（ powersystemstabilizer -简称pss ） 、 pid及线性最优控制的优缺点及使用范围，从而应用现代控制理论中的最优线性控制理论，基于upfc的动态模型，构造了upfc的状态反馈线性最优控制器，有效地抑制了系统的低频振荡，提高了电力系统的动态稳定性。
• For this reason , the paper is aimed at the electro - hydraulic servo - system nonlinear problem , and proposes the feedback linearity means ( that is the inverse system method ) against the system mode systematically to transform such nonlinearity into the pseudo linear system . the system mode not merely continues to have system message completely feedback the linearity means , but also achieves the great limit linearization of controlled device , for designing the controller to advance system dynamic characteristic and performance index and supply the ideal terrace in the interest of the application linearity control theory
  为此,本文针对该非线性问题,提出了逆系统状态反馈线性化方法,将其非线性系统转化成伪线性系统,不仅完全保留了系统的信息,而且还实现了被控对象的大范围线性化,为应用线性控制理论去设计控制器为提高系统的动态特性和性能指标提供了理想的平台。

• 线性控制理论的日语：せいけいせいぎょりろん