We make breakthrough theoretical algebra into engineering solutions
We apply sophisticated algebraic and computational tools to represent data in noise-resilient ways
We develop fast, practical algorithms for computers to operate with bleeding-edge theoretical constructions.
We have many projects suitable for anything from Fagproject to PhD level. The project will be tailored for you on a scale between theoretical math and practical implementations.
The paper “Equivalence and Characterizations of Linear Rank-Metric Codes Based on Invariants” [arXiv] by Alessandro Neri (TU Munich, Germany), group member Sven Puchinger, and Anna-Lena Horlemann-Trautmann (University of St. Gallen, Switzerland) was accepted for publication in Linear Algebra and Its Applications. The paper studies a tool to efficiently determine the equivalence of linear rank-metric codes […]
Freja Elbro started a few months ago as a PhD student with Lars R. Knudsen in the Cyber Security section but is from 1st May co-advised by Johan Rosenkilde of the Algebra group. Freja’s project is quantum-safe asymmetric cryptography based on coding theory, with a focus on McEliece-like constructions.
Group members Johan Rosenkilde and Sven Puchinger, together with several co-authors from Israel, Finland, and Germany, got four papers accepted at this year’s ISIT, the IEEE flagship conference on information theory: “Generic Decoding in the Sum-Rank Metric”, Sven Puchinger, Julian Renner, Johan Rosenkilde [arXiv] “Partial MDS Codes with Local Regeneration”, Lukas Holzbaur, Sven Puchinger, Eitan […]