Theses
M.Sc. Theses Proposals

Mode Detection using UAV/USRP platforms

GOAL: to detect which technologies are being used in an area; to analyze trade-offs between on-board processing and cloud-based solutions

Study of cloud radio access network and edge computing in High-Altitude Platforms and nanosatellites

Co-Advisor: Riccardo Bassoli (TU Dresden) - GOAL: to design and simulate technologies for cloud radio access network and edge computing for HAPs

ACP Edge continuous deployment for automatic nightly system and integration testing

Marco Centenaro (Athonet)

Development of ETSI NFV compliant interfaces for mobile core network orchestration

Marco Centenaro (Athonet)

Development of a network data analytics function (NWDAF) for 5G and beyond mobile core networks

Marco Centenaro (Athonet)

Development of traffic-type aware UPF for 5G mobile core networks

Marco Centenaro (Athonet)

Self-aware Softwarized Networks

Implementing and running the digital twin of a network (automated topology identification, sync)

Throughput, delay and jitter measurement in a 5G virtualized network environment

GOAL: to deploy a container-based architecture to perform KPI measurements in a 5G Service Based Architecture scenario

Energy-aware multi-access edge cloud

GOAL: to define algorithms capable of enabling energy-aware MEC operation, e.g. in presence of renewable energy sources

Evaluating the energy consumption of a virtualized infrastructure

GOAL: to build a framework for analyzing the energy consumption of a virtualized infrastructure

Orchestration layer for eNB/UE simulator for LTE testing with automatic deployment

Marco Centenaro (Athonet)

Measurements of Clock Drifts in Federated Networks

VICOMTECH, Spain

Federation of SDR and Virtualized Core Networks

VICOMTECH, Spain

Security-as-a-Service

Monokee/Athesys

Performance Evaluations of Orchestration Policies for Edge/Fog systems

Prof. Francesco De Pellegrini (Univ. of Avignon, France)

Network optimization using a Network Digital Twin

GOAL: to apply AI/ML to a simulated copy of a "real network" using the concept of Network Digital Twin.

Performance Evaluation of 5G/6G using a 3D engine and ray tracing propagation module

GOAL: to generate a 3D model of a city area and to emulate communications via ray tracing

A study on energy-efficient O-RAN deployment

Rawlings Ntassah, GOAL: The goal of this project is to analyze an energy-efficient way of deploying and managing the O-RAN.

xApps for slice orchestration and management in the O-RAN architecture

Rawlings Ntassah, GOAL: To develop an xApp for RAN slicing and resource allocation

AI/ML techniques for RAN management

Rawlings Ntassah, GOAL: The goal is to develop AI/ML techniques to optimize RAN functionality for closed-loop RAN management.