AbstractLet p be a prime larger than 3 and congruent to 3 modulo 4, and let G be the non-abelian group of order p3 and exponent p. We study the structure of a putative difference set with parameters (p3,p3−12,p3−34) in G which is fixed by a certain element of order p in Aut(G). We then give a construction of skew Hadamard difference set in the group G for each prime p>3 that is congruent to 3 modulo 4. This is the first infinite family of non-abelian skew Hadamard difference sets. Finally, we show that the symmetric designs derived from these new difference sets are not isomorphic to the Paley designs
AbstractA difference set D in a group G is called antisymmetric if D ⌣ (−D) = π and D ⌣ (−D) ⌣ (0) =...
AbstractThis paper is motivated by Bruck's paper (1955), in which he proved that the existence of cy...
AbstractMotivated by a connection between semi-regular relative difference sets and mutually unbiase...
AbstractLet p be a prime larger than 3 and congruent to 3 modulo 4, and let G be the non-abelian gro...
AbstractUsing a class of permutation polynomials of F32h+1 obtained from the Ree–Tits slice symplect...
We give a combinatorial proof of an additive characterization of a skew Hadamard (n, n−1 2 , n−3 4 )...
AbstractKraemer has shown that every abelian group of order 22d + 2 with exponent less than 22d + 3 ...
A (v, k, λ) difference set is a k-element subset D of a group G of order v for which the multiset {d...
AbstractWe present a construction of Hadamard difference sets in abelian groups of order 4p4n, whose...
A (v, k, λ) difference set is a k-element subset D of a group G of order v for which the multiset {d...
Which groups G contain difference sets with the parameters (v, k, λ)= (q3 + 2q2 , q2 + q, q), where ...
Kraemer has shown that every abelian group of order 22d+ 2 with exponent less than 22d+ 3 has a diff...
AbstractWe present a recursive construction for difference sets which unifies the Hadamard, McFarlan...
We present a recursive construction for difference sets which unifies the Hadamard, McFarland, and S...
AbstractUsing a spread ofPG(3, p) and certain projective two-weight codes, we give a general constru...
AbstractA difference set D in a group G is called antisymmetric if D ⌣ (−D) = π and D ⌣ (−D) ⌣ (0) =...
AbstractThis paper is motivated by Bruck's paper (1955), in which he proved that the existence of cy...
AbstractMotivated by a connection between semi-regular relative difference sets and mutually unbiase...
AbstractLet p be a prime larger than 3 and congruent to 3 modulo 4, and let G be the non-abelian gro...
AbstractUsing a class of permutation polynomials of F32h+1 obtained from the Ree–Tits slice symplect...
We give a combinatorial proof of an additive characterization of a skew Hadamard (n, n−1 2 , n−3 4 )...
AbstractKraemer has shown that every abelian group of order 22d + 2 with exponent less than 22d + 3 ...
A (v, k, λ) difference set is a k-element subset D of a group G of order v for which the multiset {d...
AbstractWe present a construction of Hadamard difference sets in abelian groups of order 4p4n, whose...
A (v, k, λ) difference set is a k-element subset D of a group G of order v for which the multiset {d...
Which groups G contain difference sets with the parameters (v, k, λ)= (q3 + 2q2 , q2 + q, q), where ...
Kraemer has shown that every abelian group of order 22d+ 2 with exponent less than 22d+ 3 has a diff...
AbstractWe present a recursive construction for difference sets which unifies the Hadamard, McFarlan...
We present a recursive construction for difference sets which unifies the Hadamard, McFarland, and S...
AbstractUsing a spread ofPG(3, p) and certain projective two-weight codes, we give a general constru...
AbstractA difference set D in a group G is called antisymmetric if D ⌣ (−D) = π and D ⌣ (−D) ⌣ (0) =...
AbstractThis paper is motivated by Bruck's paper (1955), in which he proved that the existence of cy...
AbstractMotivated by a connection between semi-regular relative difference sets and mutually unbiase...