Projects

Research projects led by or involving Marios Avgeris in network automation, edge–cloud computing, sustainable infrastructure, and 5G/6G systems.

Role
Status
Funding

projects

Work Package Leader

Completed Work Package Leader

SLICES-PP

2022–2025

Preparatory work for a European research infrastructure supporting reproducible experimentation across distributed computing, networking, IoT, and 5G/6G systems.

Funding
EU Horizon Europe
Total funding
€3.00 million
  • Research infrastructure
  • Reproducible experimentation
  • Cloud–edge continuum
  • 5G/6G

Task Leader

Active Task Leader

SLICES-IP

2026–2029

Implementing the SLICES European research infrastructure for large-scale experimentation across networking, distributed computing, and the cloud–edge continuum.

Funding
EU Horizon Europe
Total funding
€1.50 million
  • Research infrastructure
  • Experimental platforms
  • Cloud–edge continuum
  • 5G/6G
Active Task Leader

PRIME-6G

2026–2028

Developing an end-to-end, sustainable 6G platform across the cloud–edge continuum to support resilient industrial manufacturing environments.

Funding
EU Horizon Europe · SNS JU
Total funding
€7.76 million
  • Industrial 6G
  • Cloud–edge continuum
  • AI-driven orchestration
  • Resilient manufacturing
Active Task Leader

FNS

2024–2030

Building the Dutch 6G ecosystem through AI-driven network orchestration, advanced components, applications, and a national experimentation platform.

Funding
Dutch National Growth Fund
Total funding
€315 million
  • AI-driven 6G
  • Network orchestration
  • National 6G testbed
  • Digital infrastructure

Researcher

Completed Researcher

DESIRE6G

2023–2024

Developed an AI-native, zero-touch control, management, and orchestration platform for real-time end-to-end 6G services over a programmable data plane.

Funding
EU Horizon Europe
Total funding
€6.21 million
  • Zero-touch orchestration
  • AI-native 6G
  • eURLLC
  • Programmable data plane

Control-theoretic methods for automated network assurance, reliability, and closed-loop service management.

Funding
ÉTS Research Funding
Total funding
Not publicly disclosed
  • Network assurance
  • Control theory
  • Automation
Completed Researcher

DRUID-NET

2019–2023

Developed workload estimators, performance models, and formally grounded resource-allocation controls for dynamic IoT and edge-computing systems.

Funding
CHIST-ERA
Total funding
€1.09 million
  • Workload estimation
  • Edge resource allocation
  • QoS/QoE guarantees
  • Control theory
Completed Researcher

SmartAgriHubs DT-RUR-12-2018

2021

Supported the digital transformation of European agriculture through Digital Innovation Hubs and applied innovation experiments.

Funding
EU Horizon 2020
Total funding
€22.40 million
  • Smart agriculture
  • Digital Innovation Hubs
  • Agrifood innovation
  • IoT
Completed Researcher

Fed4FIRE+

2017–2021

Expanded an open federation of accessible Next Generation Internet testbeds for reproducible European research and innovation experiments.

Funding
EU Horizon 2020
Total funding
€11.65 million
  • Next Generation Internet
  • Federated testbeds
  • Open experimentation
  • Reproducibility
Completed Researcher

MESON

2018–2021

Designed optimized cross-slice communication and orchestration mechanisms for edge-computing environments.

Funding
Greek National Research Funding
Total funding
€204,953.37
  • Network slicing
  • Cross-slice communication
  • Edge computing
  • Orchestration
Completed Researcher

HELNET

2018–2019

Built federated Greek infrastructure for experimental Future Internet research and validation.

Funding
Greek National Research Funding
Total funding
€500,000
  • Future Internet
  • Research infrastructure
  • Federated testbeds
Completed Researcher

IIoT-REPLAN

2018–2019

Investigated Industrial IoT-enabled remote path planning and edge-assisted control for robotic applications.

Funding
Fed4FIRE+ Open Call
Total funding
€55,000
  • Industrial IoT
  • Edge robotics
  • Remote path planning
  • Experimental testbeds
Completed Researcher

RAWFIE

2016–2019

Developed a federated experimentation environment spanning road, aerial, and water-based Future Internet facilities.

Funding
EU Horizon 2020
Total funding
€8.32 million
  • Future Internet
  • Multi-domain testbeds
  • Robotic experimentation
  • Federation
Completed Researcher

IoT2EDGE

2018

Moved selected IoT processing and storage functions to edge nodes to improve performance, resource consumption, and interoperability.

Funding
Horizon 2020 Open Call
Total funding
€99,875
  • IoT processing
  • Edge storage
  • Resource efficiency
  • Interoperability
Completed Researcher

COMFORT‐APP

2017

Experimental validation of computation-offloading mechanisms for IoT-enabled applications using federated Future Internet testbeds.

Funding
Fed4FIRE+ Open Call
Total funding
Not publicly disclosed
  • Computation offloading
  • IoT applications
  • Edge computing
  • Federated testbeds