1) Time-varying objects
时变对象
2) Multivariable Plant with Time Delays
多变量时滞对象
3) nonlinear time_varying objects
非线性时变对象
1.
For the nonlinear time_varying objects, this paper presents the design method of DLF neural network based nonlinear adaptive PID controller on the basis of the combination of the DLF neural network with the fundamental principle of PID.
针对非线性时变对象 ,将DLF神经网络与PID基本原理相结合 ,提出了基于DLF神经网络的非线性自适应PID控制器设计方法 ,并解决了此类控制器初始参数难以设置的问题 。
4) the object with the time-delay and time-vary ing nonlinear property
大滞后时变非线性对象
5) Object with Time Delay
时滞对象
1.
NLPID Control for Object with Time Delay of Thermal Process;
热工过程时滞对象的NLPID控制
2.
As to the object with time delay of thermal process in power plant, an internal model control based on neural networks is presented in this paper.
针对火电厂热工过程的时滞对象,提出采用基于神经网络的内模控制方法,即用神经网络对复杂系统的辨识能力来实现内模控制中被控对象的正模型及内模控制器。
补充资料：时变
1.四时季节的变化。 2.时世的变化。亦指时世变化的规律。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条