Reduction method for functional nonconvex differential inclusions

Authors : Hanane Chouial, Mustapha Fateh Yarou

Pages : 6-14

Doi:10.47087/mjm.853437

View : 14 | Download : 8

Publication Date : 2021-04-29

Article Type : Research

Abstract :Our aim in this paper is to present a reduction method that solves first order functional differential inclusion in the nonconvex case. This approach is based on a discretization of the time interval, a construction of approximate solutions by reducing the problem to a problem without delay and an application of known results in this case. We generalises earlier results, the right hand side of the inclusion has nonconvex values and satisfies a linear growth condition instead to be integrably bounded. The lack of convexity is replaced by the topological properties of decomposable sets, that represents a good alternative in the absence of convexity.
Keywords : delay, linear growth condition, Lower semicontinuous, nonconvex differential inclusion