Abstract. This paper studies the iterates of the third order Lyness’ recurrence xk+3 = (a+ xk+1 + xk+2)/xk, with positive initial condi-tions, being a also a positive parameter. It is known that for a = 1 all the sequences generated by this recurrence are 8-periodic. We prove that for each a 6 = 1 there are infinitely many initial conditions giving rise to periodic sequences which have almost all the even periods and that for a full measure set of initial conditions the sequences gener-ated by the recurrence are dense in either one or two disjoint bounded intervals of R. Finally we show that the set of initial conditions giving rise to periodic sequences of odd period is contained in a codimension one algebraic variety (so it has zero measu...
This paper studies non-autonomous Lyness type recurrences of the form xn+2 = (an+xn+1)/xn, where {an...
AbstractIn this paper and in a forthcoming one, we study difference equations in R*+ of the types (2...
Preprint. Versió revisada i augmentada d'un anterior report homònim.This paper studies non-autonomou...
We study the existence of periodic solutions of the non–autonomous periodic Lyness’ recurrence un+2 ...
PreprintWe study the existence of periodic solutions of the non--autonomous periodic Lyness' recurre...
Consider the celebrated Lyness recurrence $x_{n+2}=(a+x_{n+1})/x_{n}$ with $a\in\Q$. First we prove ...
We describe the sequences {x_n}_n given by the non-autonomous second order Lyness difference equatio...
Abstract We study the periodic solutions of the non–autonomous periodic Lyness’ recurrence un+2 = (a...
Agraïments: The authors are partially supported by MCYT through grant DPI2008-06699-C02-02 (second a...
We describe the sequences {xn}n given by the non-autonomous second-order Lyness difference equations...
This paper studies non-autonomous Lyness-type recurrences of the form x n+2 = (a n + x n+1)/x n , wh...
We study the existence of periodic solutions of the nonautonomous periodic Lyness' recurrenceun+2 = ...
The final publication is available at Springer via http://dx.doi.org/10.1007/978-3-662-52927-0_22We ...
This paper studies non-autonomous Lyness type recurrences of the form xn+2 = (an+xn+1)/xn, where {an...
This work deals with non-autonomous Lyness type recurrences of the form xn+2 = an + xn+1 xn where {a...
This paper studies non-autonomous Lyness type recurrences of the form xn+2 = (an+xn+1)/xn, where {an...
AbstractIn this paper and in a forthcoming one, we study difference equations in R*+ of the types (2...
Preprint. Versió revisada i augmentada d'un anterior report homònim.This paper studies non-autonomou...
We study the existence of periodic solutions of the non–autonomous periodic Lyness’ recurrence un+2 ...
PreprintWe study the existence of periodic solutions of the non--autonomous periodic Lyness' recurre...
Consider the celebrated Lyness recurrence $x_{n+2}=(a+x_{n+1})/x_{n}$ with $a\in\Q$. First we prove ...
We describe the sequences {x_n}_n given by the non-autonomous second order Lyness difference equatio...
Abstract We study the periodic solutions of the non–autonomous periodic Lyness’ recurrence un+2 = (a...
Agraïments: The authors are partially supported by MCYT through grant DPI2008-06699-C02-02 (second a...
We describe the sequences {xn}n given by the non-autonomous second-order Lyness difference equations...
This paper studies non-autonomous Lyness-type recurrences of the form x n+2 = (a n + x n+1)/x n , wh...
We study the existence of periodic solutions of the nonautonomous periodic Lyness' recurrenceun+2 = ...
The final publication is available at Springer via http://dx.doi.org/10.1007/978-3-662-52927-0_22We ...
This paper studies non-autonomous Lyness type recurrences of the form xn+2 = (an+xn+1)/xn, where {an...
This work deals with non-autonomous Lyness type recurrences of the form xn+2 = an + xn+1 xn where {a...
This paper studies non-autonomous Lyness type recurrences of the form xn+2 = (an+xn+1)/xn, where {an...
AbstractIn this paper and in a forthcoming one, we study difference equations in R*+ of the types (2...
Preprint. Versió revisada i augmentada d'un anterior report homònim.This paper studies non-autonomou...