On the modified Smith predictor for controlling a process with an integrator and long dead-time
Miroslav R. Mataušek, Aleksandar D. Micić
Abstract
Miroslav R. Mataušek, Aleksandar D. Micić
Abstract
A dead-time compensator for controlling higher-order processes with integral action and long dead-time is proposed. Tuning formulas are derived. If the velocity gain and the dead-time are estimated experimentally, only one parameter, the time constant defining the speed of the closed-loop setpoint response, has to be tuned manually. The same setpoint response is obtained as in the modified Smith predictor, while the load disturbance rejection is considerably faster.
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A dead-time compensator for controlling higher-order processes with integral action and long dead-time is proposed. Tuning formulas are derived. If the velocity gain and the dead-time are estimated experimentally, only one parameter, the time constant defining the speed of the closed-loop setpoint response, has to be tuned manually. The same setpoint response is obtained as in the modified Smith predictor, while the load disturbance rejection is considerably faster.
Key concepts: Setpoint, Dead time, Integrator, Control theory (sociology), Smith predictor, Time constant, Constant (computer programming), Process (computing)