Ignazio Pedone

Permeability Macromodels for Magnetic Powder Materials Under DC Bias

A Throughput-Oriented Analytical Model for Post-Quantum Security Protocols

Growing awareness of the impact of quantum threat on classical cryptography directly translates into a growing demand for accurate network simulation tools capable of estimating the integration effects of quantum-safe cryptography in current systems. In particular, the adoption of Post-Quantum Cryptography (PQC) has a...

SQUIRO: A Framework for Security-Aware Quantum-Classical Scheduling on Kubernetes

SQUIRO is presented, a framework for security-aware quantum-classical scheduling based on a platform-independent Unified Scheduling Model (USM) and a six-step Scheduler Design Methodology (SDM) that together enable the derivation of concrete schedulers for Kubernetes, high-performance computing (HPC), and federated env...

The Morphological Side of

A new software stack allows for agnostic integration, monitoring, and management of QKD, independent from a specific vendor or technology, and a QKD simulator is presented, designed, and tested.

Free-Space Quantum Networks and Optimized Fiber-Reinforcement

It is proved that any optimal backbone configuration must correspond to a capacity-maximizing Voronoi tessellation of the network region, and this can be efficiently approximated by a centroidal Voronoi tessellation via Lloyd's algorithm, with backbone nodes connected according to a Delaunay triangulation.