time controller的例句大全

Based on the dynamic fuzzy model, which represents the plant, the design and the stability analysis of nonlinear state feedback controller were presented in both the continuous time case and the discrete time case.

基于控制对象的模糊动态模型，分别给出了连续和离散情形下的非线性状态反馈控制器的设计方法，并对其稳定性进行了分析，得到了确保系统全局稳定的充分条件。

Then, using the tool of two steps transformation and the approaches of Lyapunov, the finite horizon state feedback controller is proposed for short time delay NCSs based on the linear time-invariant system.

接下来，应用两步变换和Lyapunov方法，对于线性时不变系统设计短时延NCSs有限时间的状态反馈控制器。

Externally Setting up the Time Parameter of Programmable Controller

可编程控制器时间参数的外设

According to the operation state of the system, BP nerve network is employed to regulate the parameter of PID controller to reach the optimization in the nonlinear and sluggish time-lag dry system.

由于干燥系统具有非线性和滞后性，根据系统的运行状态，应用BP神经网络调节PID控制器的参数，以期达到干燥控制性能指标的最优化。

Aim To control long time-delay, large time parameter model using PID controller.

目的用常规PID控制器对具有较大时间常数、大纯滞后特性的被控对象实现最优控制。

Thermal Analyzer temperature control system has characteristics of non-linearity, time-variance and time-lag. However, for such system, conventional PID controller can not meet a wide range of precision temperature control requirements.

热分析仪温度控制系统具有非线性、时变性和时间滞后性的特性，对于被控对象具有这些特性的温度控制系统，采用常规PID控制方法很难满足大范围温度控制精度的要求。

Aimed at the discrete-time singular system possessing norm-bounded time-variant parameter uncertainty and a quadratic cost function, the problem of designing a guaranteed cost controller is considered in this paper.

针对一类具有范数有界时变参数不确定性的离散广义系统和二次成本函数，研究保成本控制律的设计问题。

Test the performance of controller designed in this paper, by doing simulation experiments with the first order inertia plant having the pure lag and time-variation parameters.

以参数时变时滞后过程为被控对象，仿真研究了本文设计的控制器性能。

New approach to robust controller design for time-varying uncertain systems

时变不确定系统鲁棒控制器设计的新方法

A networked motion controller was proposed firstly. By using the Generalized Predictive Controller ( GPC) and the message buffer mechanism, the random time-varying network delay can be compensated for.

制定了一种网络化运动控制策略，采用广义预测控制算法和报文缓冲机制补偿随机时变网络延迟。

This paper introduces principle combination hardware and software of designed time order controller on the basis of MCS-51 singlechip besides its application.

本文介绍以MCS-51单片机为核心的时间顺序控制器的设计原理，硬件与软件组成，以及应用情况。

For sliding mode control possesses the robustness to uncertainty and disturbance, which is suitable for complex time-varying TCP/ IP network system, an AQM controller based on sliding mode control theory is proposed, and the stability analysis is given.

由于滑模控制方法对系统的参数不确定性以及干扰具有很强的鲁棒性，针对TCP/IP网络这种复杂的时变系统，给出了基于滑模控制理论的AQM控制器的设计，并对其进行了稳定性分析。

As an example of nonlinear H~ ∞ control, the robust H~ ∞ controller for linear system with time-varying parameter uncertainty is investigated.

作为非线性鲁棒H~∞控制的特例，对带有界时变参数不确定的线性系统进行了鲁棒H~∞控制器设计。

Furthermore, the result of the stabilizing controller is extended to a class of linear discrete state delay repetitive processes with norm-bounded time-varying parameter uncertainty.

进一步，将这一稳定化控制器的设计方法推广到一类具有范数有界时变参数不确定性的线性离散时滞重复过程。

The time order controller with wit and its apply in the manage of the teaching and the studying

智能时序控制器及其在教学管理中的应用

However, the truth model is nonlinear or with time-varying parameters, so it will bring some difficulties in the controller design.

然而，实际中的系统都具有非线性，参数时变等特点，这使得控制器的设计存在了困难。

The simulation results show that the optimized fuzzy neural network controller can obtain an excellent control performance for the nonlinearity system with time-varying parameters, and lag.

仿真结果表明，优化后模糊神经网络控制器对一类具有参数时变、时滞、非线性的系统具有良好的控制性能。

After analysis of open loop characteristics of Compounded Switch-mode Hydraulic Power Supply, thesis takes Integral of Time-weighted Absolute Error ( for short, ITAE) as the rule for building optimum tracing controller. Through research, II mode of ITAE is chosen.

在分析开环系统的特性之后采用时间加权的误差绝对值积分（integral of time-weighted absolute error，简称ITAE）准则，得出П型系统最优跟踪控制器。

Considering the time-variance of motor parameter, this paper designed an adaptive controller for bearingless switched reluctance motor.

本文考虑到电机参数的时变性，设计了适用于磁悬浮开关磁阻电机的自适应控制器，并对其进行了仿真。

Study on reactive power compensation controller based on embedded real time operation system

嵌入式实时操作系统的无功补偿控制器的研究