Journal of Integer Sequences, Vol. 17 (2014), Article 14.9.5

Alternating Sums in the Hosoya Polynomial Triangle


Rigoberto Flórez
Department of Mathematics and Computer Science
The Citadel
Charleston, SC 29409
USA

Robinson A. Higuita
Instituto de Matemáticas
Universidad de Antioquia
Medellín
Colombia

Antara Mukherjee
Department of Mathematics and Computer Science
The Citadel
Charleston, SC 29409
USA

Abstract:

The Hosoya polynomial triangle is a triangular arrangement of polynomials where each entry is a product of two polynomials. The geometry of this triangle is a good 1 tool to study the algebraic properties of polynomial products. In particular, we find closed formulas for the alternating sum of products of polynomials such as Fibonacci polynomials, Chebyshev polynomials, Morgan-Voyce polynomials, Lucas polynomials, Pell polynomials, Fermat polynomials, Jacobsthal polynomials, and other familiar sequences of polynomials.


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(Concerned with sequences A001109 A001906 A002450 A004190 A007655 A007954 A016153 A029547 A049660 A049668 A078987 A097316 A097725 A097728 A097731 A097734 A097737 A097740 A097778 A097781 A097836 A097839 A102902 A173205.)


Received April 4 2014; revised version received August 20 2014. Published in Journal of Integer Sequences, September 3 2014.


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