This paper presents a general formulation and numerical scheme for the fractional optimal
control problem (FOCP) of distributed systems in spherical and cylindrical coordinates. The …

This article presents a general formulation and general numerical scheme for a class of
fractional optimal control problems (FOCPs). The fractional derivative is described in the …

This paper presents an eigenfunctions expansion based scheme for Fractional Optimal
Control (FOC) of a 2-dimensional distributed system. The fractional derivative is defined in …

This paper presents a formulation and a numerical scheme for fractional optimal control
(FOC) for a class of distributed systems. The fractional derivative is defined in the Caputo …

This paper presents a modified numerical scheme for a class of fractional optimal control
problems where a fractional derivative (FD) is defined in the Riemann—Liouville sense. In …

In this work, Fractional Optimal Control Problem (FOCP) of a Distributed system is
investigated in cylindrical coordinates. Axis-symmetry naturally arises in the problem …

This paper deals with a direct numerical technique for Fractional Optimal Control Problems
(FOCPs). In this paper, we formulate the FOCPs in terms of Riemann—Liouville Fractional …

In many applications, fractional derivatives provide better descriptions of the behavior of
dynamic systems than other techniques. For this reason, fractional calculus has been used …

This paper presents a quadratic numerical scheme for a class of fractional optimal control
problems (FOCPs). The fractional derivative is described in the Caputo sense. The …

This paper presents a formulation and a numerical scheme for fractional optimal control
(FOC) of a class of continuum systems. The fractional derivative is defined in the Caputo …