arXiv Analytics

Sign in

arXiv:1407.2015 [math.CO]AbstractReferencesReviewsResources

Symmetric polyomino tilings, tribones, ideals, and Groebner bases

Manuela Muzika Dizdarevic, Rade T. Zivaljevic

Published 2014-07-08Version 1

We apply the theory of Groebner bases to the study of signed, symmetric polyomino tilings of planar domains. Complementing the results of Conway and Lagarias we show that the triangular regions T_N=T_{3k-1} and T_N=T_{3k} in a hexagonal lattice admit a signed tiling by three-in-line polyominoes (tribones) symmetric with respect to the 120 degrees rotation of the triangle if and only if either N=27r-1 or N=27r for some integer r.

Related articles: Most relevant | Search more
arXiv:1907.01217 [math.CO] (Published 2019-07-02)
Characterization of Gaps and Elements of a Numerical Semigroup Using Groebner Bases
arXiv:1409.2745 [math.CO] (Published 2014-09-09)
Signed polyomino tilings by n-in-line polyominoes and Groebner bases
arXiv:math/0607194 [math.CO] (Published 2006-07-07)
Groebner Bases for Transportation Polytopes