activity
20242026
collaborators

7 papers

eess.SP2026

ISAC-Assisted Channel Knowledge Map Generation for Physical Layer Authentication

Luca Bonaventura, Edoardo Gardin, Alessia Barison +2

Integrated sensing and communication (ISAC) enables the acquisition of environmental information by leveraging wireless signals transmitted for communication purposes. In this pape…

cs.CR2026

Physical Layer Authentication With Channel Knowledge Maps in Indoor Environments

Luca Bonaventura, Francesco Ardizzon, Stefano Tomasin

Physical layer authentication (PLA) allows to authenticate the user by comparing measurements over time, assuming their time consistency or by modeling their evolution. However, th…

math.NA2026

An IMEX-DG solver with non-conforming mesh refinement for atmospheric dynamics with rotation

Letizia Bottani, Tommaso Benacchio, Giuseppe Orlando +2

We present a high-order implicit-explicit discontinuous Galerkin (IMEX-DG) solver for the compressible Euler equations to account for rotational effects within a fully compressible…

math.NA2025

Improving the scalability of a high-order atmospheric dynamics solver based on the deal.II library

Giuseppe Orlando, Tommaso Benacchio, Luca Bonaventura

We present recent advances on the massively parallel performance of a numerical scheme for atmosphere dynamics applications based on the deal.II library. The implicit-explicit disc…

cs.CE2025

High-order adaptive discontinuous finite elements for the shallow water equations with sub-grid irregular bathymetry

Luca Arpaia, Giuseppe Orlando, Christian Ferrarin +1

We present a discontinuous finite element method for the shallow water equations which exploits high-resolution realistic bathymetry data without any regularity assumption, also in…

math.NA2024

Efficient and scalable atmospheric dynamics simulations using non-conforming meshes

Giuseppe Orlando, Tommaso Benacchio, Luca Bonaventura

We present the massively parallel performance of a -adaptive solver for atmosphere dynamics that allows for non-conforming mesh refinement. The numerical method is based on a Di…