AbstractThis work studies the existence of positive prime periodic solutions of higher order for rational recursive equations of the form yn=A+yn−1yn−m,n=0,1,2,…, with y−m,y−m+1,…,y−1∈(0,∞) and m∈{2,3,4,…}. In particular, we show that for sufficiently small A>0, there exist periodic solutions with prime period 2m+Um+1, for almost all m, where Um=max{i∈N:i(i+1)≤2(m−1)}
Agraïments: The authors are partially supported by MCYT through grant DPI2008-06699-C02-02 (second a...
Let P be a polynomial with rational integer coefficients. In this paper, we study the rational prime...
The main objective of this paper is to study the boundedness character, the periodic character, the ...
AbstractWe study the global asymptotic behavior, the oscillatory character, and the periodic nature ...
We investigate the periodic nature of the solution of the max-type difference equation +1=max{,}/2−1...
Agraïments: The authors are partially supported by MCYT through grant DPI2008-06699-C02-02 (second a...
We investigate the boundedness character, the oscillatory, and the periodic character of positive so...
We study the existence of periodic solutions of the non–autonomous periodic Lyness’ recurrence un+2 ...
WOS: 000311205400001We investigate the boundedness character, the oscillatory, and the periodic char...
We give a complete picture regarding the behavior of positive solutions of the following important d...
Consider the celebrated Lyness recurrence $x_{n+2}=(a+x_{n+1})/x_{n}$ with $a\in\Q$. First we prove ...
Consider the celebrated Lyness recurrence $x_{n+2}=(a+x_{n+1})/x_{n}$ with $a\in\Q$. First we prove ...
We investigate the periodic character and the global stability of solutions of the equation yn+1=(p+...
AbstractWe investigate the behavior of solutions of the equation in the title under the hypotheses t...
RésuméLetAhbe a sequence of rational numbers, satisfying a linear recurrence with polynomial coeffic...
Agraïments: The authors are partially supported by MCYT through grant DPI2008-06699-C02-02 (second a...
Let P be a polynomial with rational integer coefficients. In this paper, we study the rational prime...
The main objective of this paper is to study the boundedness character, the periodic character, the ...
AbstractWe study the global asymptotic behavior, the oscillatory character, and the periodic nature ...
We investigate the periodic nature of the solution of the max-type difference equation +1=max{,}/2−1...
Agraïments: The authors are partially supported by MCYT through grant DPI2008-06699-C02-02 (second a...
We investigate the boundedness character, the oscillatory, and the periodic character of positive so...
We study the existence of periodic solutions of the non–autonomous periodic Lyness’ recurrence un+2 ...
WOS: 000311205400001We investigate the boundedness character, the oscillatory, and the periodic char...
We give a complete picture regarding the behavior of positive solutions of the following important d...
Consider the celebrated Lyness recurrence $x_{n+2}=(a+x_{n+1})/x_{n}$ with $a\in\Q$. First we prove ...
Consider the celebrated Lyness recurrence $x_{n+2}=(a+x_{n+1})/x_{n}$ with $a\in\Q$. First we prove ...
We investigate the periodic character and the global stability of solutions of the equation yn+1=(p+...
AbstractWe investigate the behavior of solutions of the equation in the title under the hypotheses t...
RésuméLetAhbe a sequence of rational numbers, satisfying a linear recurrence with polynomial coeffic...
Agraïments: The authors are partially supported by MCYT through grant DPI2008-06699-C02-02 (second a...
Let P be a polynomial with rational integer coefficients. In this paper, we study the rational prime...
The main objective of this paper is to study the boundedness character, the periodic character, the ...