In this paper, we treat some fractional differential equations on the sequence Lebesgue spaces ℓp(N0) with p≥1. The Caputo fractional calculus extends the usual derivation. The operator, associated to the Cauchy problem, is defined by a convolution with a sequence of compact support and belongs to the Banach algebra ℓ1(Z). We treat in detail some of these compact support sequences. We use techniques from Banach algebras and a Functional Analysis to explicity check the solution of the problem
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is t...
Let n ≥ 1 denote an integer and let n - 1 \u3c α ≤ n: We consider an initial value problem for a non...
In this study, we discuss the idea of difference operators $ \Delta _{p}^{\alpha }, \Delta _{p}^{\le...
We give representations for solutions of time-fractional differential equations that involve operato...
We give representations for solutions of time-fractional differential equations that involve operato...
This paper is devoted to the study of generalised time-fractional evolution equations involving Capu...
In this paper we study the dynamical behavior of linear discrete-time fractional systems. The first ...
2000 Mathematics Subject Classification: Primary 46F25, 26A33; Secondary: 46G20In this paper we stud...
In this paper we investigate the motion of discrete dynamical systems involving Caputo fractional de...
In this paper we investigate the motion of discrete dynamical systems involving Caputo fractional de...
AbstractA system of fractional evolution equations results from employing the tool of the Fractional...
We provide necessary and sufficient conditions for the existence and unique-ness of solutions belong...
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is the ...
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is t...
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is t...
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is t...
Let n ≥ 1 denote an integer and let n - 1 \u3c α ≤ n: We consider an initial value problem for a non...
In this study, we discuss the idea of difference operators $ \Delta _{p}^{\alpha }, \Delta _{p}^{\le...
We give representations for solutions of time-fractional differential equations that involve operato...
We give representations for solutions of time-fractional differential equations that involve operato...
This paper is devoted to the study of generalised time-fractional evolution equations involving Capu...
In this paper we study the dynamical behavior of linear discrete-time fractional systems. The first ...
2000 Mathematics Subject Classification: Primary 46F25, 26A33; Secondary: 46G20In this paper we stud...
In this paper we investigate the motion of discrete dynamical systems involving Caputo fractional de...
In this paper we investigate the motion of discrete dynamical systems involving Caputo fractional de...
AbstractA system of fractional evolution equations results from employing the tool of the Fractional...
We provide necessary and sufficient conditions for the existence and unique-ness of solutions belong...
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is the ...
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is t...
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is t...
We investigate the abstract evolution equation of fractional order Dau = au, a > 0, where Da is t...
Let n ≥ 1 denote an integer and let n - 1 \u3c α ≤ n: We consider an initial value problem for a non...
In this study, we discuss the idea of difference operators $ \Delta _{p}^{\alpha }, \Delta _{p}^{\le...