activity
20042025
most citedCubic Curves, Finite Geometry and Cryptography

9 citations · 20 across the 25 of their papers we have counts for

collaborators
Showing math.ACShow all

13 papers · 1 filter

math.AC2025

Invariants of the finite orthogonal groups in odd dimension and even characteristic

H. E. A. Campbell, R. J. Shank, D. L. Wehlau

We describe the ring of invariants for the finite orthogonal groups in odd dimension and even characteristic acting on the defining representation. We construct a minimal algebra g…

math.AC2024

Invariants of Finite Orthogonal Groups of Plus Type in Odd Characteristic

H. E. A. Campbell, R. James Shank, David L. Wehlau

We describe the rings of invariants for the finite orthogonal groups of plus type in odd characteristic acting on the defining representations. We also describe the invariants of t…

math.AC2023

When are permutation invariants Cohen-Macaulay?

H. E. A. Campbell, David L. Wehlau

Over a field of characteristic 0, every ring of invariants of a finite group is Cohen-Macaulay. This is not true for fields of positive characteristic. We consider permutation repr…

math.AC2019

Modular invariants of finite gluing groups

Yin Chen, R. James Shank, David L. Wehlau

We use the gluing construction introduced by Jia Huang to explore the rings of invariants for a range of modular representations. We construct generating sets for the rings of inva…

math.AC2017

On invariant fields of vectors and covectors

Yin Chen, David L. Wehlau

Let be the finite field of order . Let be one of the three groups , or a…

math.AC2016★ 1 cited

Degrees of regular sequences with a symmetric group action

Federico Galetto, Anthony V. Geramita, David L. Wehlau

We consider ideals in a polynomial ring that are generated by regular sequences of homogeneous polynomials and are stable under the action of the symmetric group permuting the vari…