A tripling construction for mutually orthogonal symmetric hamiltonian double latin squares

Abstract

We provide two new constructions for pairs of mutually orthogonal symmetric hamiltonian double latin squares. The first is a tripling construction, and the second is derived from known constructions of hamilton cycle decompositions of $K_p$ when $p$ is prime.

Publication
In Journal of Combinatorial Designs
Justin Z. Schroeder
Justin Z. Schroeder
Mosaic Centre Radstock

Teacher, mathematician, and board game designer.