Embedding Cycles in Finite Planes

  • Felix Lazebnik
  • Keith E. Mellinger
  • Oscar Vega
Keywords: Graph embeddings, finite affine plane, finite projective plane, cycle, hamiltonian, pancyclic graph

Abstract

We define and study embeddings of cycles in finite affine and projective planes. We show that for all $k$, $3\le k\le q^2$,  a $k$-cycle can be embedded in any affine plane of order $q$. We also prove a similar result for finite projective planes: for all $k$, $3\le k\le q^2+q+1$,  a $k$-cycle can be embedded in any projective plane of order $q$.
Published
2013-08-23
How to Cite
Lazebnik, F., Mellinger, K. E., & Vega, O. (2013). Embedding Cycles in Finite Planes. The Electronic Journal of Combinatorics, 20(3), P24. https://doi.org/10.37236/3377
Article Number
P24