受控对象

下层受控对象的状态演化导致事件的发生，并由上层的离散事件系统控制器做出监督决策，发出相应的控制命令。

The state evolution of low-level controlled plant conduces to event occurrence , whenever high-level discrete event system controller issues corresponding control commands and makes decision .

标称控制器对于一标称受控对象实现所希望的轨迹跟踪特性，鲁棒补偿器则用于减小实际受控对象和标称受控对象之间的差异对跟踪特性的影响。

The nominal controller achieves desired tracking properties for a nominal plant , and the robust compensator is applied to reduce the influence on the tracking properties caused by the difference between the nominal plant and the real one .

本文运用模糊控制与PID控制分别对同一受控对象进行控制。

Fuzzy control and PID control are applied to the same controlled object respectively .

本文针对分数阶受控对象，提出了一种分数阶PID控制器的设计方法。

A fractional order PID controller design method is proposed for the fractional order system model in this paper .

专家控制的实质是基于受控对象和控制规律的各种知识，并以智能方式利用这些知识来设计控制器，利用专家经验来设计PID参数构成专家PID控制。

Experts PID control is to design controller based on the knowledge of the controlled target and law of controlling , and design PID parameter by experts experiences .

目前，基站机房温度控制采用简单控制策略的动态粗放调节，受控对象有大惯性、纯滞后与未确定性扰动等复杂系统特性，而经典PID机房温度控制系统又存在参数难以优化整定的缺陷。

Controlled object has complex system characteristics such as large inertia , pure time-delay and uncertainty disturbance , and classic PID temperature control system exists difficulties in tuning parameters .

采用状态反馈控制克服受控对象的时滞与惯性，提高控制系统的快速性和负荷适应能力，应用PID控制来保证受控对象的稳态指标。

The great inertia and time lag can be overcome and load adaptive ability can be improved by using state feedback control , and steady index was assured by using PID control .

运用PID控制器和神经网络相结合的方法，对一种非线性、变参数的受控对象的控制进行研究.仿真结果表明，控制效果比较令人满意。

This paper discusses the control for a class of nonlinear and varying parameter controlled object based on the PID and the neural network controller . The simulation result shows that the control performance is satisfactory .

同时采用模糊PID控制原理，不需要具体掌握受控对象复杂的数学模型，大大节约了开发时间，同时提高了控制系统的精度。

At the same time use fuzzy PID control theory , we do not need to master the specific complex mathematical model of controlled object , so that we greatly save development time and improve the accuracy of the control system .

针对受控对象模型不确定性和无超调跟踪性能要求，设计了基于定量反馈理论（QFT）的二自由度控制器。

In accordance with the requirements of uncertainty of controlled object and overshoot-less tracking a two freedom controller based on quantitative feedback theory ( QFT ) is designed .

PTC电加热器使用具有正温度系数（PTC）的热敏材料作为加热元件，其电阻和发热功率可以根据自身的温度变化自发调节，从而达到控制受控对象温度变化的目的。

The PTC heater uses a kind of positive temperature coefficient sensitive material as electrical heating element , and the heating output can be independently adjusted when its temperature changed , which is widely used in independent temperature control .

论述了精密机床液压油温控制系统的设计方法，针对受控对象的特点，利用MCS－51单片机，选择PID算法产生控制信号来控制各执行机构来达到控制油温的目的。

This paper introduces a design method to the control system of the hydraulic oil temperature in precision machine tools using MCS 51 computer on slice . The oil temperature is monitored and controlled through the signal generated by PID method in light of the feature of the control object .

实践表明：IFO-KΔx对受控对象的数学模型要求不高，特别是应用于迟滞和惯性较大的受控对象时，所设计的观测器具有很好的鲁棒性。

The practice shows that the IFO-K Δ x has no tighter requirement to mathematical model of controlled object . The observer designed has strong steady robustness especially when it is be used in object which characteristic has great inertia and time lag .

水轮发电机组是一个具有非线性的复杂受控对象。

Hydroelectric generating unit is a complex nonlinear controlled object .

一类未知非线性受控对象快速神经网络辨识方法的研究

A fast neural network identification method researched on an unknown nonlinear control object

汽包炉单元机组协调受控对象的动态特性剖析人机协调性人机协调性

Analysis on Dynamic Characteristic of Coordinated Control Object for Drum-boiler Turbine Generator Unit

混合动态系统的离散事件受控对象模型

Discrete Event Plant Model of Hybrid Dynamical System

从控制的角度，它又是一个强耦合、时变受控对象。

Seeing from the control subject , it is also a strong-coupling and time-changing controlled object .

以某海军运输船的非线性数学模型为受控对象，分别设计了舵减摇控制器和航向保持控制器。

Both the RRS controller and course-keeping controller are designed on a nonlinear naval ship model .

针对具有严重非线性的受控对象，提出了一种模糊-神经元控制方法。

In accordance with the seriously nonlinear controlled objects , a fuzzy-neuron control scheme is proposed .

基于受控对象的多主体访问控制模型

Object-based multi-subject access control model

从操控论的角度看翻译中的受控对象控制器与对象同时摄动的鲁棒控制问题

On the Manipulated Factors in Literary Translation ; Robust Control Problems under Both Controller and Plant Perturbations

仿真结果表明，它对非线性和不确定的受控对象具有良好的控制特性。

Simulation results show that it achieves high performance characteristics to the controlled objects with nonlinear and uncertain characters .

可以不要求受控对象的学习模型，实现在线控制，应用在倒车模型中仿真结果展示了所设计系统的良好控制性能。

Simulation results with the control system applied to the truck backer-upper model show the good performance of the proposed system .

社会控制是一个互动的过程，控制主体与受控对象的良性互动会促使社会秩序向有利于社会正向变迁的方向发展。

The social control is a process for interact , the positive interaction will urge the advantageous development of social order .

广义系统的同时镇定问题是指用一个控制器使一系列广义受控对象中的每一个都稳定。

Moreover a new kind of Bezout identity in generalized system has been studied to construct controller based on general observation .

建立了受控对象的数学模型，用阶跃响应辨识法确定了模型参数。

The mathematical model of controlled object is established , and the model parameters are determined by step response identification method .

其受控对象如窗户状态、电器状态的反馈与控制电路稳定可靠。

The feedback of the remote-control objects such as window condition , the electric device and the control circuit are steady and reliable .

在计算机控制系统中，受控对象是连续的，相应的二次型性能指标函数也是连续函数，而控制器则由于计算机的参与而属离散型。

For a computer system , the process as well as the linear quadratic performance index are time-continuous , but the controller is time-discrete .

从确定性干扰的内模观点导出了适用于线性随机受控对象的最优滑动滤波器。

The optimal moving average filter for the linear stochastic controlled plant is developed from the viewpoint of the internal model of the deterministic disturbance .