Title of article :
Solving fractional evolution problem in Colombeau algebra by mean generalized fixed point
Author/Authors :
Elomar, M. Department of Mathematics - Faculty of Sciences and Technics , Beni-Mellal, Morocco , Melliani, S. Department of Mathematics - Faculty of Sciences and Technics , Beni-Mellal, Morocco , Taqbibt, A. Department of Mathematics - Faculty of Sciences and Technics , Beni-Mellal, Morocco , Saadia Chadli, L. Department of Mathematics - Faculty of Sciences and Technics , Beni-Mellal, Morocco
Pages :
14
From page :
71
To page :
84
Abstract :
The present paper is devoted to the existence and uniqueness result of the fractional evolution equation ( ) generalized real numbers and A is an operator defined from G into itself. Here the Caputo fractional derivative Dqc is used instead of the usual derivative. The introduction of locally convex spaces is to use their topology in order to define generalized semigroups and generalized fixed points, then to show our requested result.
Keywords :
Colombeau algebra , locally convexe space , generalized semigroup , generalized fixed point
Journal title :
Astroparticle Physics
Serial Year :
2019
Record number :
2437633
Link To Document :
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