并将基于模糊补偿的预测函数控制应用于锅炉燃烧控制系统，通过连续系统仿真，结果表明这种控制器具有较强的鲁棒性。
Then we apply this kind of predictive function to the combustion systems of industrial boiler, through simulation of continuous system, we can conclude that this controller has strong robustness.
本文将预测过程模拟成一个“模糊控制系统”，以预测因子作为系统的输入，预测量作为系统的输出。
This paper simulates the forecast process as a"fuzzy control system", takes the forecast factors as the input data , and the forecast quantities as the output data.
简单介绍了模糊预测控制系统的原理，详细介绍了如何建立基于模糊关系的模糊预测控制系统中的预测模型以及如何实现模糊预测控制的模糊预测模型。
The mechanism of the fuzzy predictive control is introduced briefly and how to established fuzzy predictive model base on the fuzzy relation and how to realize the model are introduced in details.
针对电液比例压力控制系统的特点，即非线性、动态不确定性等，提出了一种灰色预测模糊控制算法。
Aimed at the characteristics of electro-hydraulic proportional pressure control system, such as, non-linear, uncertainty dynamic, and so on, a grey prediction fuzzy control algorithm was proposed.
并将基于模糊补偿的新型预测函数控制应用于锅炉燃烧控制系统。
Then the new predictive function control on the basis of fuzzy compensation is applied to the combustion systems of an industrial boiler.
针对安装了先进的交通控制系统的城市的交通持点，设计了一个实时流量模糊预测系统。
According to the traffic characteristics in big cities where the advanced urban traffic control system have been installed, a real-time traffic volume fuzzy prediction system is proposed.
该模糊预测控制系统采用了带参数自整定的模糊-积分复合控制算法，详细给出了离线部分的设计过程，并提出了可用于工程实现的参数自整定算法。
The Fuzzy-predictive control system uses the Fuzzy-PI control algorithm of parameter self-adjusting and the design process of off-line key part of fuzzy controller in this system is given in detail.
该模糊预测控制系统采用了带参数自整定的模糊-积分复合控制算法，详细给出了离线部分的设计过程，并提出了可用于工程实现的参数自整定算法。
The Fuzzy-predictive control system uses the Fuzzy-PI control algorithm of parameter self-adjusting and the design process of off-line key part of fuzzy controller in this system is given in detail.
应用推荐