It is shown that there exists a companion formula to Srivastavas formula for the Lipschitz-Lerch Zeta function [see H.M. Srivastava, Some formulas for the Bernoulli and Euler polynomials at rational arguments, Math. Proc. Cambridge Philos. Soc. 129 (2000) 77-84] and that together these two results form a discrete Fourier transform pair. This Fourier transform pair makes it possible for other (known or new) results involving the values of various Zeta functions at rational arguments to be easily recovered or deduced in a more general context and in a remarkably unified manner. (C) 2009 Elsevier Ltd. All rights reserved
AbstractIn this work we construct new analogues of Bernoulli numbers and polynomials. We define the ...
AbstractLet g(x,n), with x∈R+, be a step function for each n. Assuming certain technical hypotheses,...
AbstractThe idea to use classical hypergeometric series and, in particular, well-poised hypergeometr...
AbstractIt is shown that there exists a companion formula to Srivastava’s formula for the Lipschitz–...
It is shown that there exists a companion formula to Srivastavas formula for the Lipschitz-Lerch Zet...
It was shown that numerous (known and new) results involving various special functions, such as the ...
AbstractWe shall extract the essence of the Adamchik–Srivastava generating function method (Analysis...
In this sequel to our recent note [D. Cvijovic, Values of the derivatives of the cotangent at ration...
AbstractA variety of infinite series representations for the Hurwitz zeta function are obtained. Par...
AbstractIt is shown that there exists a companion formula to Srivastava’s formula for the Lipschitz–...
AbstractA multiplication theorem for the Lerch zeta function ϕ(s,a,ξ) is obtained, from which, when ...
It was shown that numerous (known and new) results involving various special functions, such as the ...
AbstractDixon’s classical summation theorem on F23(1)-series is reformulated as an equation of forma...
The aim of our present work here is to present few results in the theory of Mellin transforms using ...
AbstractAlmost twelve decades ago, Mathieu investigated an interesting series S(r) in the study of e...
AbstractIn this work we construct new analogues of Bernoulli numbers and polynomials. We define the ...
AbstractLet g(x,n), with x∈R+, be a step function for each n. Assuming certain technical hypotheses,...
AbstractThe idea to use classical hypergeometric series and, in particular, well-poised hypergeometr...
AbstractIt is shown that there exists a companion formula to Srivastava’s formula for the Lipschitz–...
It is shown that there exists a companion formula to Srivastavas formula for the Lipschitz-Lerch Zet...
It was shown that numerous (known and new) results involving various special functions, such as the ...
AbstractWe shall extract the essence of the Adamchik–Srivastava generating function method (Analysis...
In this sequel to our recent note [D. Cvijovic, Values of the derivatives of the cotangent at ration...
AbstractA variety of infinite series representations for the Hurwitz zeta function are obtained. Par...
AbstractIt is shown that there exists a companion formula to Srivastava’s formula for the Lipschitz–...
AbstractA multiplication theorem for the Lerch zeta function ϕ(s,a,ξ) is obtained, from which, when ...
It was shown that numerous (known and new) results involving various special functions, such as the ...
AbstractDixon’s classical summation theorem on F23(1)-series is reformulated as an equation of forma...
The aim of our present work here is to present few results in the theory of Mellin transforms using ...
AbstractAlmost twelve decades ago, Mathieu investigated an interesting series S(r) in the study of e...
AbstractIn this work we construct new analogues of Bernoulli numbers and polynomials. We define the ...
AbstractLet g(x,n), with x∈R+, be a step function for each n. Assuming certain technical hypotheses,...
AbstractThe idea to use classical hypergeometric series and, in particular, well-poised hypergeometr...