On the representation of an even perfect number as the sum of five cubes
Functiones et Approximatio Commentarii Mathematici vol: 57, pp: 277-278, num: 2, 2017 .
Keyword :Perfect numbers, Sum of cubes
URL :https://projecteuclid.org/euclid.facm/1490688028
An elementary proof that any natural number can be written as the sum of three terms of the sequence ⌊n^2/3⌋
Journal of integer sequences vol: 17, July 11, 2014 .
Keyword :Additive bases, sum of squares, The Gauss-Legendre theorem.
Algebraic and topological structures on the set of mean functions and generalization of the AGM mean
Colloquim Mathematicum vol: 132, pp: 139-149, 2013 .
Keyword :Means, abelian groups, metric spaces, symmetries
On the representation of the natural numbers as the sum of three terms of the sequence [n^2/a]
Journal of Integer sequences vol: 16, 2013 .
Keyword :Additive bases, Legendre's theorem
A study of a curious arithmetic function
Journal of Integer sequences vol: 15, 2012 .
Keyword :Arithmetic function, least common multiple, 2-adic valuation
An explicit formula generating the non-Fibonacci numbers
Arxiv arXiv: 1105.1127v2 (10 May 2011), 2011 .
Keyword :The complement of a sequence, non-Fibonacci numbers
URL :http://www.arxiv.org
How to obtain the continued fraction convergents of the number e by neglecting integrals
Arxiv arXiv: 1005.2951v2 (19 May 2010), 2010 .
Keyword :Continued fractions, rational approximations, integrals with positive integrands
URL :http://www.arxiv.org
An analog of the arithmetic triangle obtained by replacing the products by the least common multiples
Arxiv arXiv: 1002.1383v2 (9 Feb 2010), 2010 .
Keyword :Al-Karaji's triangle, least common multiple, binomial coefficients
URL :http://www.arxiv.org
On the average asymptotic behavior of a certain type of sequences of integers
Integers : Electronic Journal of Combinatorial Number Theory vol: 9, pp: 555-567, num: #A42, 2009 .
Keyword :Least common multiple, special sequences of integers, convergence in the average sense, irrational numbers
URL :http://www.integers-ejcnt.org/