pid controller的例句大全

As time domain response is slow of the servo loop and the ship affected by the wind, waves and other uncertain factors during voyaging. So used the fuzzy PID control and designed a fuzzy PID controller for this system.

由于舵机闭环时域响应缓慢，且船舶在航行过程中受风、海浪等不确定因素影响，所以采用了不依赖对象模型的模糊PID校正，设计了模糊PID控制器。

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。

An adaptive PID controller based on neural network is proposed as a new AQM algorithm. Simulation results show the the performance of response time and queue error of the proposed algorithm in LAN is superior to that of the conventional schemes.

设计了单神经元自适应PID控制器算法，仿真实验结果表明在LAN环境下该算法控制的路由器队列无论是在调节时间上还是在队列误差方面的性能均明显优于经典AQM算法的性能；

Then fuzzy-PID with compensation controller is put forward by analyzing this nonlinear and time varying system. The design and the compensation arithmetic of the PID controller and fuzzy controller are given in detail.

通过分析这个非线性、时变参数系统，提出了带有补偿的模糊PID控制器，并给出了PID控制器和模糊控制器的设计过程以及补偿算法。

Results A single neural PID controller is designed by means of the neural network theory and the traditional PID control theory, which can be applied to two different systems of a fast time varying system and a slow time varying system.

结果设计了一种单神经元PID控制器，将其应用于被控制对象是快时变和慢时变的两类闭环控制系统。

A fuzzy-p controller is applied in temperature control system in this paper. It can be proved that this method is superior to traditional PID controller to nonlinear and time-dependent dynamic system.

针对常规PID控制器对于非线性、时变系统难以达到控制要求的不足，采用了模糊比例双模分段控制器设计温度控制系统。

The thermal parameters of the solar drying with accessorial heat present nonlinear, large-lag, time-variable and model uncertainty in drying process. A kind of fuzzy adaptive PID controller was designed.

针对太阳能辅助热能干燥过程参数时变性和模型不确定性设计了一种基于模糊推理的参数自适应PID控制器。

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。

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。

Comparison of conventional PID control, variable time-varying parameters of PID controller has better control effect for a large time-delay.

对比常规PID控制，变参数PID控制器对时变大时滞对象有较好的控制效果。

The article uses fuzzy-PID controller to control the pressure of digital cabin.

本文使用模糊-PID控制器对数字座舱进行压力控制。

The neural network PID controller updates the weights adaptively according to the on-line sensed information, and accomplishes self-governed control of each engine control loop.

神经网络PID控制器根据回馈的信息在线自适应调整参数，实现发动机各通道的准确跟踪和分路独立控制。

Application of PID controller on simulation machine of thermal power generation unit

PID调节器在火电机组仿真机中的应用

Prospects of application of intelligent PID controller in power plant thermal process control

智能PID控制器在电厂热工过程控制中的应用前景

In order to trace the tip angle trajectory precisely and suppress the elastic vibration in movement, a strain feedback PID controller was designed based on the theory of quadratic optimum control in frequency-domain.

设计了基于频域内二次最优控制理论的应变反馈PID控制器，实现对柔性机械臂末端运动轨迹的精确跟踪控制，同时抑制机械臂的弹性振动。

The relationship of IC engine speed, throttle opening and torque was studied, and a PID controller was used to reduce the engine speed surge of hybrid electric vehicles ( HEV).

为消除混合动力汽车发动机运转过程中的转速振荡，利用发动机转速-节气门开度-扭矩对应关系，采用PID控制器调整发动机转速波动。

At last, a mid-temperature control of VAC Compound Reaction control system is designed according to the theory of neural network PID controller, and it proves that the neural network PID control methords are feasible in this project.

最后，根据神经网络PID控制器原理设计了合成中温控制系统，并通过现场模拟实验，证明了基于神经网络的PID控制方法在工程应用中的可行性。

We proposed a fuzzy adaptive PID controller with gravity compensation for trajectory following of leg-wheeled mobile robot to deal with its' complicated dynamics.

针对腿轮式机器人的动力学模型比较复杂，难以精确的建立数学模型，提出了一种基于模糊规则的新型自调整PID控制器用于机器人腿部末端的位置跟踪控制。

In light of traditional PID controller parameters optimization with manual cut-and-try method, a novel kind of PID parameters optimization strategy based on ACA ( Ant Colony Algorithm) was proposed.

针对传统的PID控制器参数多采用试验加试凑的方式由人工进行优化，提出了一种新型的基于蚁群算法的PID参数优化策略。

The simulated result shows that the step-respond of PID controller parameters tuned by this method is satisfied when the controlled object contains a bigger time delay and large time constant characteristics.

仿真结果表明：当被控对象存在较大纯滞后、时间常数特性时，采用本方法优化PID控制器参数可获得比较满意的调节效果。