Simulations show that the predictive PID controller remains excellent control performance under disturbance, noise and model mismatch, which is very suitable for large time delay process.
通过仿真表明：在干扰、噪音存在和模型失配的情况下，预测PID控制器具有良好的控制性能，特别适合大纯滞后系统的控制。
A kind of predictive PID PPID controller for several types of unstable plus time delay processes is proposed.
针对几种不稳定滞后过程，给出一种预测PID控制器的结构形式。
The main focuses of this thesis are model simulation, coupling analyses, decoupling PID controller design and multivariable predictive controller design based on wastewater treatment Benchmark.
本文的主要工作是模型仿真、系统的耦合性分析、多变量pid解耦控制器设计及多变量预测控制器设计。
In this paper, by utilizing the conventional PID controller and predictive control theory, the method is proposed under the PID-type predictive cost function.
本文以传统PID控制器为基础，结合神经网络与预测控制，针对非线性系统提出了在PI D型预测性能指标函数下的控制方法。
In chapter 2, we analyse the the weakness of traditional PID controller and the over reliance of Smith predictive control on the model.
本文在第二章中分析了常规PID控制器的弊端和史密斯预估控制对模型的过度依赖问题。
In chapter 2, we analyse the the weakness of traditional PID controller and the over reliance of Smith predictive control on the model.
本文在第二章中分析了常规PID控制器的弊端和史密斯预估控制对模型的过度依赖问题。
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