AbstractAt the end of the 1970ʼs, G.P. Egorychev developed a method of coefficients, which found successful applications for work with combinatorial sums. In this article, with the method of coefficients two identities were proved. One of the identities was proved in 2008, using the integral representation of holomorphic functions in domains of special form. Theorem 2 was proved with application of the coefficients method, it is a generalization of the results of Shelkovick and Zeilberger in the case of z1+⋯+zn=1
In the paper, the authors collect several integral representations of the Catalan numbers and centra...
In this paper, we study sums of finite products of Chebyshev polynomials of the first kind and Lucas...
Abstract. We consider sums involving the product binomial coefficient and polynomial terms and devel...
The work covers the additive properties of multiplicative functions. The aim is to deduce the asympt...
We investigate the integral representation of infinite sums involving the ratio of multiple binomia...
This paper presents a summation of series of binomial coefficients in combinatorial geometric series...
This paper presents binomial theorems on combinatorial identities that are derived from the binomial...
This paper presents a summation of series of binomial coefficients in combinatorial geometric series...
In a recent paper [Montes Taurus J. Pure Appl. Math. 3 (1) (2021), 38–61] we defined the class of c...
We consider a set of combinatorial sums involving the reciprocals of the central binomial coefficien...
Ordinary generating series of multiple harmonic sums admit a full singular expansion in the basis of...
AbstractIn this paper we study recurrences concerning the combinatorial sum nrm=∑k≡r(modm)nk and the...
This paper presents binomial and factorial theorems on the binomial coefficients for combinatorial g...
AbstractThe coefficients aτϱ, sometimes called “generalized binomial coefficients” in the expansion ...
We show that the ordinary derivative of a real analytic function of one variable can be realized as...
In the paper, the authors collect several integral representations of the Catalan numbers and centra...
In this paper, we study sums of finite products of Chebyshev polynomials of the first kind and Lucas...
Abstract. We consider sums involving the product binomial coefficient and polynomial terms and devel...
The work covers the additive properties of multiplicative functions. The aim is to deduce the asympt...
We investigate the integral representation of infinite sums involving the ratio of multiple binomia...
This paper presents a summation of series of binomial coefficients in combinatorial geometric series...
This paper presents binomial theorems on combinatorial identities that are derived from the binomial...
This paper presents a summation of series of binomial coefficients in combinatorial geometric series...
In a recent paper [Montes Taurus J. Pure Appl. Math. 3 (1) (2021), 38–61] we defined the class of c...
We consider a set of combinatorial sums involving the reciprocals of the central binomial coefficien...
Ordinary generating series of multiple harmonic sums admit a full singular expansion in the basis of...
AbstractIn this paper we study recurrences concerning the combinatorial sum nrm=∑k≡r(modm)nk and the...
This paper presents binomial and factorial theorems on the binomial coefficients for combinatorial g...
AbstractThe coefficients aτϱ, sometimes called “generalized binomial coefficients” in the expansion ...
We show that the ordinary derivative of a real analytic function of one variable can be realized as...
In the paper, the authors collect several integral representations of the Catalan numbers and centra...
In this paper, we study sums of finite products of Chebyshev polynomials of the first kind and Lucas...
Abstract. We consider sums involving the product binomial coefficient and polynomial terms and devel...