Abstract:A B S T R A C TNon-minimum phase Multi-input Multi-Ouput (MIMO) systems are known to be difficult to control. Model Predictive Control (MPC) algorithms are powerful control design methods widely applied to industrial processes. The handling of various input constraints in the MPC problem of ARIMAX nonminimum phase MIMO systems is considered. This approach is applied for control of industrial quadruple tanks. However, there is no easy way to solve the problem of constraints. The methods based on the quadratic p… Show more
“…In the previous paper given in [15], a comparative study of unconstrained and constrained control system behavior is developed and the method based on the Quadratic Programming (QP) technique are used to solve the constrained optimization problem. The aim of this work is to design and study the predictive controller for controlling the level of tanks in a quadruple tank process depending on type of constrained problems.…”
Model Predictive Control (MPC) is an advanced method of controllers, explicitly uses of model to obtain control signal. MPC is popular in industry and academia because it is capable to deals with non-minimum phase, unstable, dead time and multivariable processes, and solves the problem of constraints. MPC with integral action method is used in this study for the quadruple tank system by taking the lower two tanks into account. The objective of this work is to design and study the MPC method for controlling the level of tanks in a quadruple tank process depending on type of constrained problems. However, to solve the problem of constraints is not easy way. The methods based on the quadratic programming function and 'if-else' technique are presented to solve the problem of the process constraints in MPC. A comparative study is performed with the quadratic programming function and 'if-else' technique. The performance of the proposed method is tested for reference tracking and disturbance rejection behavior. Simulation results are presented and discussed to show the performance of the controller.
“…In the previous paper given in [15], a comparative study of unconstrained and constrained control system behavior is developed and the method based on the Quadratic Programming (QP) technique are used to solve the constrained optimization problem. The aim of this work is to design and study the predictive controller for controlling the level of tanks in a quadruple tank process depending on type of constrained problems.…”
Model Predictive Control (MPC) is an advanced method of controllers, explicitly uses of model to obtain control signal. MPC is popular in industry and academia because it is capable to deals with non-minimum phase, unstable, dead time and multivariable processes, and solves the problem of constraints. MPC with integral action method is used in this study for the quadruple tank system by taking the lower two tanks into account. The objective of this work is to design and study the MPC method for controlling the level of tanks in a quadruple tank process depending on type of constrained problems. However, to solve the problem of constraints is not easy way. The methods based on the quadratic programming function and 'if-else' technique are presented to solve the problem of the process constraints in MPC. A comparative study is performed with the quadratic programming function and 'if-else' technique. The performance of the proposed method is tested for reference tracking and disturbance rejection behavior. Simulation results are presented and discussed to show the performance of the controller.
“…1 factores. Se pueden colocar restricciones tales como: rango de acción limitado, incremento de acción limitado, salida restringida, entre otros (Zidane, 2019).…”
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“…La aplicación de la programación cuadrática para resolver el problema de optimización del MPC bajo restricciones cuando se utilizan índices de coste de tipo cuadrático es ampliamente utilizada (Zidane, 2019), y permite resolver varias formulaciones de problemas de control predictivo con restricciones.…”
Los algoritmos de control predictivo basado en modelos (MPC) son métodos de control avanzado, muy utilizados en la industria por sus múltiples ventajas, en especial las de manejo de sistemas multivariables con la inclusión de restricciones. Esta técnica de control avanzado es el objeto de estudio de esta investigación en dos sistemas multivariables (MIMO-múltiple entrada-múltiple salida), un estanque agitado y una columna de destilación. La consideración de las restricciones en el cálculo de las acciones de control óptimas del controlador predictivo se analiza con especial interés y se evalúa su influencia en las especificaciones de la respuesta temporal. Se presenta un estudio comparativo del comportamiento del sistema de control predictivo con diferentes restricciones.
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