Double layer control strategy is adopted
The upper layer adopts relevant algorithms of artificial intelligence to analyze the overall working conditions and establish a global optimization model. After EO is put into operation, it further optimizes and adjusts the control target value. The lower layer adopts advanced control algorithms such as DMC, GPC and FLC to dynamically optimize and control the target value of the upper layer, which is more suitable for multi working conditions, multi variables, strong coupling, large time delay, constraints Nonlinear process control.
The upper layer adopts relevant algorithms of artificial intelligence to analyze the overall working conditions and establish a global optimization model. After EO is put into operation, it further optimizes and adjusts the control target value. The lower layer adopts advanced control algorithms such as DMC, GPC and FLC to dynamically optimize and control the target value of the upper layer, which is more suitable for multi working conditions, multi variables, strong coupling, large time delay, constraints Nonlinear process control.
