Abstract
In high-order, long-dead-time processes, inferential control systems will generally outperform conventional feedback control systems. To implement inferential control the user must know how to • —tune the inferential controller on line, • —avoid control degradation due to saturation of the control effort, • —smooth manual-automatic switching, • —design a cascade control system. In addition, the user should be able to determine whether the benefits of inferential control justify its selection over a PID control system. This report presents ways to meet these requirements and applies the methods to an industrial autoclave plant and to a laboratory heat exchange system.
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