controller lag

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。

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。

This paper introduces a kind of nonlinear PID controller for large lag object, and use this method in temperature control on the base of B& R PCC.

针对大滞后被控对象介绍了一种非线性PID控制器，并采用贝加莱PCC控制器将该控制方法用于温度控制。

We have corrected this issue by asserting a fixed camera for this shot that eliminates any controller lag.

我们已经纠正了这一问题，主张一个固定摄像头的这个镜头，无需任何控制器滞后。

Through the analysis on production process of paperboard machine and using dynamic matrix control algorithm in quantitative and moisture control of paperboard machine, the implementation of multiple variable controller with different time lag is investigated.

通过对板纸机生产过程的特征分析，将动态矩阵控制算法应用于板纸机定量和水分控制，探讨了具有不同时滞多变量控制器的实现问题。

For the control action it's an adaptive PID controller without any phase lag, but there is an amplifier in the high frequency, an integrator in the low frequency, and a PID only in the medium frequency.

对控制信号而言，它是一个没有任何相位落后的PID控制器，R高频为一放大器，低频为积分器，中频段为PID。

In this controller wide area signals are adopted as its feedback input; in terms of stability theorem of time-lag system, a reference state feedback control system is designed and based on projective control principle the low-order output feedback control is obtained.

该控制器以广域信号为反馈输入，根据时滞系统稳定性定理形成参考状态反馈控制系统，基于射影控制原理获得低阶输出反馈控制。

To some traditional PID methods, and Neuron Control system have some obvious predominance in some big temporal variation, close coupling, controller lag nonlinearity system.

神经网络控制系统比传统的PID等控制方法，在大时变、强耦合、大滞后等非线性系统中控制效果有着明显的优势。

The thermal sensor had a large lag phase, so the data got by the sensor of digital mass flow controller should be compensated in advance.

热式传感器有很大的滞后环节，在数字质量流量控制器中需要对传感器数据进行补偿。

The Investigation on the Application of Multiple Variable Controller With Different Time Lag

不同时滞多变量控制器的应用

Neuron adaptive controller with time lag system is mainly researched in the thesis.

本文主要研究了时滞系统的神经元自适应控制器。

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。