Sets of Type (d1,d2) in projective Hjelmslev planes over Galois Rings
Axel Kohnert ;

Springer, in: Doi-Nummer:

Abstract:
In this paper we construct sets of type (d1, d2) in the projective Hjelmslev plane. For computational purposes we restrict ourself to planes over Zps with p a prime and s > 1, but the method is described over general Galois rings. The existence of sets of type (d1, d2) is equivalent to the existence of a solution of a Diophantine system of linear equations. To construct these sets we prescribe automorphisms, which allows to reduce the Diophantine system to a feasible size. At least two of the newly constructed sets are ’good’ u−arcs. The size of one of them is close to the known upper bound.

Auswahl nach Jahren:

2010 2009 2008 2007 2006 2005 2004

Universität Bayreuth -