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A widely recognized advanced control methodology model predictive control is applied to solve a classical servo problem in the context of linear fractional-order (FO) system with the help of an approximation method. In model predictive control, a finite horizon optimal control problem is solved at each sampling instant to obtain the current control action. The optimization delivers an optimal control...
Model predictive control is an advanced control methodology which has been utilized for many industrial processes. Model is the heart of this control strategy which is required for prediction of future states. In this paper, model predictive control is applied on a fractional-order system to test the control strategy against the disturbance by adding disturbance at the output of the process. Approximation...
A widely recognized advanced control methodology model predictive control (MPC) is applied to solve a classical servo problem in the context of linear fractional-order (FO) system with the help of an approximation method. In model predictive control, the current control action is obtained for each sampling instant by solving, a finite horizon optimal control problem. The optimization delivers an optimal...
This paper deals with approximation methods for fractional operators. Fractional calculus is a new concept for engineers and we need tools to analyze and utilize the same. One way to do the same is to use approximation method. Approximation methods evaluate integer order (transfer function) equivalent of fractional operator, which can be utilized for realization of fractional operators, obtain state...
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