In this paper, a new approach for the design of an optimal fractional-order (FO) proportional
integral derivative (PID) controller is proposed. The proposed approach is based on …

The fractional-order proportional-integral (FOPI) controller tuning rules based on the
fractional calculus for the parallel cascade control systems are systematically proposed in …

In this paper, parallel ant-lion optimizer (ALO) and artificial neural network (ANN) for the
micro-grid (MG) connected system with AC load is proposed. The proposed algorithm is the …

In this paper we propose the use of a temperature control problem as a method to introduce
fractional modeling and control to students. The control problem is based on a simple …

Controlling the nonlinear process is a very challenging task in the process plant, whereby it
depends on the practitioners' knowledge and skills. This paper aims at developing Gain …

This paper proposes an optimal tuning approach for designing robust generalized-order
proportional integral (PI) controllers based on the multi-objective optimization problem for …

Multi-model approaches for non-linear control usually consist in partitioning the operating
space of a given non-linear process, in such a way, it is possible to approximate a local …

In general, a plant model or its equivalent information, such as interactor matrix or the first
several leading Markov matrices, is indispensable to the minimum variance (MV) …

The current state of the art of optimization algorithm for tuning the FOPID controller is hard to
balance the contradiction between frequency-and time-domain specifications. To overcome …

This dissertation provides operator & fractional order-based nonlinear robust control for the
spiral heat exchanger with uncertainties and disturbances described by the fractional order …