activity
20162026
most citedA characterization of linearized polynomials with maximum kernel

41 citations · 125 across the 60 of their papers we have counts for

collaborators
Showing 2025Show all

9 papers · 1 filter

cs.IT2025

Decoding Trombetti-Zhou codes: a new syndrome-based decoding approach

Chunlei Li, Angelica Piccirillo, Olga Polverino +1

In 2019, Trombetti and Zhou introduced a new family of -linear Maximum Rank Distance (MRD) codes over . For such codes we propose a new syndr…

math.CO2025

On the weight distribution of linear sets with complementary weights and related constructions

Geertrui Van de Voorde, Ferdinando Zullo

In this paper, we continue the study of linear sets with complementary weights. We find criteria to determine the set of points of any fixed weight and use this to present particul…

math.CO2025

Regular fat linear sets

Valentino Smaldore, Corrado Zanella, Ferdinando Zullo

In this work, we introduce -regular fat linear sets, which are defined as linear sets containing exactly points of weight and all other points of weight one. This no…

math.CO2025

Delsarte duality on subspaces and applications to rank-metric codes and q-matroids

Martino Borello, Olga Polverino, Ferdinando Zullo

We study the interplay between the lattice of F_{q^m}-subspaces and the lattice of F_{q^m}-subspaces of an F_{q^m}-vector space. Introducing notions of weight and defect relative t…

cs.IT2025

On the non-existence of perfect codes in the sum-rank metric

Giuseppe Del Prete, Antonio Roccolano, Ferdinando Zullo

We study perfect codes in the sum-rank metric, a generalization of both the Hamming and rank metrics relevant in multishot network coding and space-time coding. A perfect code atta…

cs.IT2025

One-weight codes in the sum-rank metric

Usman Mushrraf, Ferdinando Zullo

One-weight codes, in which all nonzero codewords share the same weight, form a highly structured class of linear codes with deep connections to finite geometry. While their classif…