Abstract. Let m, r ∈ N. We will show, that the recurrent sequences xn = xn r n−1 + 1 (mod g), xn = x n! n−1 + 1 (mod g) and xn = xr n n−1 + 1 (mod g) are periodic modulo m, where m ∈ N, and we will find some estimations of periods and pre-periodic parts. Later we will give an algorithm sophisticated enough for finding periods length in polynomial time
Suppose ƒ : X* → X* is a morphism and u,v ∈ X*. For every nonnegative integer n, let zn be the longe...
Suppose ƒ : X* → X* is a morphism and u,v ∈ X*. For every nonnegative integer n, let zn be the longe...
Let R be the ring of t X t matr ices with integral entr ies and identity I. Consider the sequence { ...
International audienceMany polynomially-recursive sequences have a periodic behavior mod m. In this ...
AbstractWe study properties of the periodicity of an infinite integer sequence (mod M) generated by ...
International audienceMany polynomially-recursive sequences have a periodic behavior mod m. In this ...
In 1965, Fine and Wilf proved the following theorem: if (fn)n¿0 and (gn)n¿0 are periodic sequences o...
RésuméLetAhbe a sequence of rational numbers, satisfying a linear recurrence with polynomial coeffic...
AbstractIn 1965, Fine and Wilf proved the following theorem: if (fn)n⩾0 and (gn)n⩾0 are periodic seq...
We show that if a1, a2, a3,... is a sequence of positive integers and k is given, then the sequence ...
Abstract. The Fibonacci sequence U0 = 1, U1 = 5 and Un = 3 ·Un−1+Un−2 for n ≥ 2 yields a purely peri...
AbstractIf s(t) is a periodic sequence from GF(q) = F, and if N is the number of times a non-zero el...
Arithmetic properties of integer sequences counting periodic points are studied, and applied to the ...
AbstractIn this paper we investigate linear three-term recurrence formulae Zn=T(n)Zn-1+U(n)Zn-2(n⩾2)...
Arithmetic properties of integer sequences counting periodic points are studied, and applied to the ...
Suppose ƒ : X* → X* is a morphism and u,v ∈ X*. For every nonnegative integer n, let zn be the longe...
Suppose ƒ : X* → X* is a morphism and u,v ∈ X*. For every nonnegative integer n, let zn be the longe...
Let R be the ring of t X t matr ices with integral entr ies and identity I. Consider the sequence { ...
International audienceMany polynomially-recursive sequences have a periodic behavior mod m. In this ...
AbstractWe study properties of the periodicity of an infinite integer sequence (mod M) generated by ...
International audienceMany polynomially-recursive sequences have a periodic behavior mod m. In this ...
In 1965, Fine and Wilf proved the following theorem: if (fn)n¿0 and (gn)n¿0 are periodic sequences o...
RésuméLetAhbe a sequence of rational numbers, satisfying a linear recurrence with polynomial coeffic...
AbstractIn 1965, Fine and Wilf proved the following theorem: if (fn)n⩾0 and (gn)n⩾0 are periodic seq...
We show that if a1, a2, a3,... is a sequence of positive integers and k is given, then the sequence ...
Abstract. The Fibonacci sequence U0 = 1, U1 = 5 and Un = 3 ·Un−1+Un−2 for n ≥ 2 yields a purely peri...
AbstractIf s(t) is a periodic sequence from GF(q) = F, and if N is the number of times a non-zero el...
Arithmetic properties of integer sequences counting periodic points are studied, and applied to the ...
AbstractIn this paper we investigate linear three-term recurrence formulae Zn=T(n)Zn-1+U(n)Zn-2(n⩾2)...
Arithmetic properties of integer sequences counting periodic points are studied, and applied to the ...
Suppose ƒ : X* → X* is a morphism and u,v ∈ X*. For every nonnegative integer n, let zn be the longe...
Suppose ƒ : X* → X* is a morphism and u,v ∈ X*. For every nonnegative integer n, let zn be the longe...
Let R be the ring of t X t matr ices with integral entr ies and identity I. Consider the sequence { ...