Algebraic Coding theory
A special session at the 2nd joint meeting UMI-AMS
25-26 July 2024
Algebraic
Cod
ing
Theory
About the
Session
This special session will focus on the interactions between algebraic coding theory, combinatorics and algebraic geometry. These research areas developed together, each of them playing a crucial role in the advancement of the other. In this session we will explore many different settings, involving Hamming metric codes, rank-metric codes, subspace codes and subfield metric codes, with a wide variety of tools from graph theory, additive combinatorics and finite geometry.
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For all information about the conference we recommend you to visit the official conference website.
Session's schedule
25 July
26 July
11:30
Matteo Bonini
Introductory talk
11:30
Olgica Milenkovic
Can Coding Reduce Deduplication Fragmentation?
12:00
Daniele Bartoli
Scattered spaces, polynomials,
and MRD codes
12:00
Sihem Mesnager
Functions-based codes: results and open problems
13:00
Lunch break
13:00
Lunch break
14:30
Marco Timpanella
On Weierstrass semigroups and good AG codes
14:30
Kathryn Haymaker
New asymptotic bound for codes from hypergraphs
15:00
Giovanni Longobardi
Towards the classification of maximum scattered linear sets of PG(1,q^5) and its implications in coding theory
15:00
Alessandro Neri
Union-Closed Linear Codes
15:30
Alain Couvreur
On the decoding of Rank-Metric Reed-Muller codes
15:30
Giuseppe Cotardo
Rank-Metric Lattices and Finite Geometry
16:00
Martino Borello
The geometry of intersecting codes: bounds and constructions
16:00
Julia Shapiro
Capacity of Adversarial Networks in the Multishot Regime
16:30
Coffee Break
16:30
Coffee Break
17:00
Martin Scotti
Intersecting codes and their applications to additive combinatorics and factorization theory
17:00
Olga Polverino
Full weight spectrum cyclic subspace codes
17:30
Eimear Byrne
Subfield-Metric Codes
17:30
Gianira N. Alfarano
Constant Dimension Subspace Codes in Schubert Varieties
18:00
Hsin-Po Wang
How to Speak Tensor
18:00
Chiara Castello
On generalized Sidon spaces
CONTACT US
Matteo Bonini mabo@math.aau.dk
Gretchen L. Matthews gmatthews@vt.edu
Ferdinando Zullo ferdinando.zullo@unicampania.it