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The boiler systems are multivariable nonlinear processes showing great interactions and input constraints under a wide range of operating conditions. This paper proposes a partially decentralized control (PDC) for the problem of a benchmark boiler under the load and pressure change. The design of partially decentralized controllers is based on the non-square internal model control (IMC) principle,...
Drum boiler is a multivariable nonlinear system with strong interactions and input constraints. Since the boiler involves integral, the general method of selecting control structure is not applicable here. In this paper, a new control structure analysis method based on the open loop shaping is proposed for a benchmark boiler control problem, which is proposed in the IFAC Conference 2012. First a centralized...
A drum boiler is a multivariable nonlinear system with strong interactions and input constraints. In this paper, a robust control method with feed-forward compensation is applied to design a multivariable PID controller for a benchmark boiler control problem, where the boiler model is proposed in an IFAC Conference and can be used as a benchmark for various control methods. H∞ loop-shaping approach...
The boiling process is a multivariable nonlinear system with strong interactions and input constraints. In this paper, a multivariable PID control with feed-forward compensation is designed for a benchmark boiler control problem, where the boiler model is proposed in an IFAC Conference and can be used as a benchmark for various control methods. The proposed PID controller is obtained as a result of...
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