Objectives

The MECON project's primary objective is the development of advanced technologies aimed at integrating satellite networks seamlessly into future Unified Networks. Addressing the on-demand cost-effective global coverage in crowded and unserved areas, guaranteeing trunking, backhauling, direct connectivity, energy efficiency, support for global IoT, high-speed mobility, and high-throughput services everywhere at anytime, decrease of site real estate, and instantaneous operation of coverage are the main outcomes of this project.

To achieve its ambitious goals, the MECON project will explore various deployment scenarios, including the utilization of drones for backhauling in areas with limited or no terrestrial infrastructure. This approach offers flexibility and rapid deployment capabilities, ensuring connectivity in challenging environments. Additionally, the project will investigate direct-to-device connectivity, leveraging satellite communication to establish direct links with user equipment, thereby bypassing the need for intermediate terrestrial networks. Furthermore, the project will examine different gNB deployment strategies on satellites, optimizing resource allocation and network performance. These deployment scenarios are combined with innovative technologies and network architecture.

Innovations

  • - Unification of NTN and TN encompassing concepts such as native integration of air and space to enhance cost-efficiency and user experience.
  • - Enhancing MEC operation efficiency involving aspects of power processing, steerable beams, Radio Resource Management (RRM), and dynamic allocation of network functions.
  • - Self-Organizing Network (SON) and ISAC concepts for NTN-TN automation facilitating efficient Network Slicing, smart beam and traffic steering, and bandwidth management.
  • - E2E delay reduction enabling real-time services over NTN and URLLC services over non-static TN channels.
  • - Multi-tenant O&M for resource sharing and neutral host networking for creating new market opportunities.
  • - A distributed orchestrator managing NTN-TN services and infrastructures, supporting autonomous operations across multiple clouds and domains.
  • Work Packages

  • WP1 Technical Project Management
  • WP2 Requirements, Challenges and System Architecture
  • WP3 NTN on Systems Beyond 5G
  • WP4 5G Enabler and Operations over NTN
  • WP5 Use Cases, Interoperability, Integration, Unification and Testing
  • WP6 Communication, Dissemination, Exploitation and Engagement
  • KEY FACTS

     

    Project-ID: C2022/2-3 (Eureka CELTIC-NEXT)

    Start Date: 01 June 2024

    End Date:  31 May 2027

    Total Funding: 10.6 M€

     

    10 Partners:

    - Pente Networks

    - AYECKA Communication Systems

    - CTech

    - Turk Telekom

    - ISRD

    - Nexat

    - Instituto de Telecomunicações

    - Koala Tech

    - PDM&FC

    - Beyond Vision

     

    5 Countries:

    - Israel

    - Turkiye

    - Poland

    - Belgium

    - Portugal