A sufficient condition for the convergence of a generalized formal power series solution to an algebraic q-difference equation is provided. The main result leans on a geometric property related to the semi-group of (complex) power exponents of such a series. This property corresponds to the situation in which the small divisors phenomenon does not arise. Some examples illustrating the cases where the obtained sufficient condition can or cannot be applied are also depicted.Agencia Estatal de InvestigaciónUniversidad de Alcal
International audienceWe provide algorithms computing power series solutions of a large class of dif...
We use inequality technique and the terminating case of the q-binomial formula to give some results ...
We consider analytic and formal solutions of certain family of q-difference-differential equations u...
A sufficient condition for the convergence of a generalized formal power series solution to an alge...
The question of the convergence of generalized formal power series (with complex power exponents) so...
Abstract: In this preprint we study some properties of generalized power series that are f...
The aim of this work is to establish the existence, uniqueness and q-Gevrey character of formal powe...
Abstract: Here is presented a proof of the theorem, which was formulated in more general f...
Abstract: Here we prove the theorem on sufficient condition of the convergence near zero o...
AbstractIn this paper, some analytic approaches are formulated for the existence of analytic solutio...
International audienceThe analytic and formal solutions of certain family of q-difference-differenti...
The existence and growth of meromorphic solutions f(z) for some q-difference equations are studied, ...
Tyt. z nagłówka.Bibliogr. s. 737.Let q > 1. The paper considers a linear q-difference-differential e...
This thesis concerns the study of analytic functional equations. It is divided in two parts. The fir...
We consider the Cauchy problem for homogeneous linear $q$-difference-differential equations with con...
International audienceWe provide algorithms computing power series solutions of a large class of dif...
We use inequality technique and the terminating case of the q-binomial formula to give some results ...
We consider analytic and formal solutions of certain family of q-difference-differential equations u...
A sufficient condition for the convergence of a generalized formal power series solution to an alge...
The question of the convergence of generalized formal power series (with complex power exponents) so...
Abstract: In this preprint we study some properties of generalized power series that are f...
The aim of this work is to establish the existence, uniqueness and q-Gevrey character of formal powe...
Abstract: Here is presented a proof of the theorem, which was formulated in more general f...
Abstract: Here we prove the theorem on sufficient condition of the convergence near zero o...
AbstractIn this paper, some analytic approaches are formulated for the existence of analytic solutio...
International audienceThe analytic and formal solutions of certain family of q-difference-differenti...
The existence and growth of meromorphic solutions f(z) for some q-difference equations are studied, ...
Tyt. z nagłówka.Bibliogr. s. 737.Let q > 1. The paper considers a linear q-difference-differential e...
This thesis concerns the study of analytic functional equations. It is divided in two parts. The fir...
We consider the Cauchy problem for homogeneous linear $q$-difference-differential equations with con...
International audienceWe provide algorithms computing power series solutions of a large class of dif...
We use inequality technique and the terminating case of the q-binomial formula to give some results ...
We consider analytic and formal solutions of certain family of q-difference-differential equations u...