AbstractSeveral classical combinatorial quantities—including factorials, Bell numbers, tangent numbers…—have been shown to form eventually periodic sequences modulo any integer. We relate this phenomenon to the existence of continued fraction expansions for corresponding ordinary (and divergent) generating functions. This leads to a class of congruences obtained in a uniform way
We consider a family of integer sequences generated by nonlinear recurrences of the second order, wh...
AbstractFor integers m⩾2, we study divergent continued fractions whose numerators and denominators i...
AbstractIn two previous papers Nettler proved the transcendence of the continued fractions A := a1 +...
AbstractSeveral classical combinatorial quantities—including factorials, Bell numbers, tangent numbe...
AbstractWe show that the universal continued fraction of the Stieltjes-Jacobi type is equivalent to ...
AbstractIt is proved that the simple continued fractions for the irrational numbers defined by ∑k=0∞...
AbstractThis paper extends Flajolet's (Discrete Math. 32 (1980), 125–161) combinatorial theory of co...
The study of arithmetical continued fractions has been restricted, for the most part, to the investi...
For a complex polynomial D(t) of even degree, one may define the continued fraction of D(t). This wa...
In chapter 1 we will give a brief intorduction to continued fractions, and scetch the prove of why q...
AbstractIn this paper we prove a theorem allowing us to determine the continued fraction expansion f...
It is widely believed that the continued fraction expansion of every irrational algebraic number $\a...
An Engel series is a sum of the reciprocals of an increasing sequence of positive integers, which is...
AbstractA continued fraction in the complex plane is a discrete expansion having approximants {Fn} f...
The study of combinatorial properties of mathematical objects is a very important research field and...
We consider a family of integer sequences generated by nonlinear recurrences of the second order, wh...
AbstractFor integers m⩾2, we study divergent continued fractions whose numerators and denominators i...
AbstractIn two previous papers Nettler proved the transcendence of the continued fractions A := a1 +...
AbstractSeveral classical combinatorial quantities—including factorials, Bell numbers, tangent numbe...
AbstractWe show that the universal continued fraction of the Stieltjes-Jacobi type is equivalent to ...
AbstractIt is proved that the simple continued fractions for the irrational numbers defined by ∑k=0∞...
AbstractThis paper extends Flajolet's (Discrete Math. 32 (1980), 125–161) combinatorial theory of co...
The study of arithmetical continued fractions has been restricted, for the most part, to the investi...
For a complex polynomial D(t) of even degree, one may define the continued fraction of D(t). This wa...
In chapter 1 we will give a brief intorduction to continued fractions, and scetch the prove of why q...
AbstractIn this paper we prove a theorem allowing us to determine the continued fraction expansion f...
It is widely believed that the continued fraction expansion of every irrational algebraic number $\a...
An Engel series is a sum of the reciprocals of an increasing sequence of positive integers, which is...
AbstractA continued fraction in the complex plane is a discrete expansion having approximants {Fn} f...
The study of combinatorial properties of mathematical objects is a very important research field and...
We consider a family of integer sequences generated by nonlinear recurrences of the second order, wh...
AbstractFor integers m⩾2, we study divergent continued fractions whose numerators and denominators i...
AbstractIn two previous papers Nettler proved the transcendence of the continued fractions A := a1 +...