Add to ORKG© 2018 The Fibonacci Association. All rights reserved. In this paper, we present closed forms for 10 families of finite sums where the denominator of the summand is a product of generalized Fibonacci numbers. In each of these 10 families, the product in the denominator of the summand is arbitrarily long
This paper takes a historical view of some long-standing problems associated with the development of...
AbstractSome new identities for the Fibonomial coefficients are derived. These identities are relate...
Five binomial sums are extended by a free parameter $m$, that are shown, through the generating func...
© 2014 Walter de Gruyter GmbH, Berlin/Boston. In this paper we find closed forms for certain finite ...
© 2018 Fibonacci Association. All rights reserved. The finite sum n 2−iFi−1 = 1 −Fn+2 2n , i=1 occur...
In this paper, we present closed forms for certain finite sums in which the summand is a product of ...
In this paper, we present closed forms for certain finite sums of weighted products of generalized F...
© 2014, University of Waterloo. All rights reserved. In this paper we find closed forms, in terms of...
© 2018 The Fibonacci Association. All rights reserved. In this paper, we give closed forms for 12 tw...
We improve on Melham’s formulas in [10, Section 4] for certain classes of finite sums that involve g...
We improve on Melham’s formulas in [10, Section 4] for certain classes of finite sums that involve g...
We improve on Melham’s formulas in [10, Section 4] for certain classes of finite sums that involve g...
© 2018 Fibonacci Association. All rights reserved. In this paper, we define 12 families of finite su...
In this paper a new method of generating identities for Fibonacci and Lu- cas numbers is presented....
Denote by Σn m the sum of the m -th powers of the first n positive integers 1 m +2 m +…+n m . Si...
This paper takes a historical view of some long-standing problems associated with the development of...
AbstractSome new identities for the Fibonomial coefficients are derived. These identities are relate...
Five binomial sums are extended by a free parameter $m$, that are shown, through the generating func...
© 2014 Walter de Gruyter GmbH, Berlin/Boston. In this paper we find closed forms for certain finite ...
© 2018 Fibonacci Association. All rights reserved. The finite sum n 2−iFi−1 = 1 −Fn+2 2n , i=1 occur...
In this paper, we present closed forms for certain finite sums in which the summand is a product of ...
In this paper, we present closed forms for certain finite sums of weighted products of generalized F...
© 2014, University of Waterloo. All rights reserved. In this paper we find closed forms, in terms of...
© 2018 The Fibonacci Association. All rights reserved. In this paper, we give closed forms for 12 tw...
We improve on Melham’s formulas in [10, Section 4] for certain classes of finite sums that involve g...
We improve on Melham’s formulas in [10, Section 4] for certain classes of finite sums that involve g...
We improve on Melham’s formulas in [10, Section 4] for certain classes of finite sums that involve g...
© 2018 Fibonacci Association. All rights reserved. In this paper, we define 12 families of finite su...
In this paper a new method of generating identities for Fibonacci and Lu- cas numbers is presented....
Denote by Σn m the sum of the m -th powers of the first n positive integers 1 m +2 m +…+n m . Si...
This paper takes a historical view of some long-standing problems associated with the development of...
AbstractSome new identities for the Fibonomial coefficients are derived. These identities are relate...
Five binomial sums are extended by a free parameter $m$, that are shown, through the generating func...