This paper shows how the ITA-NTN project aims to develop a comprehensive orchestration framework that bridges the gap between Terrestrial Network (TN) and NonTerrestrial Network (NTN), ensuring seamless connectivity, efficient resource utilization, and enhanced network resilience. Novel approaches for management and orchestration are described, taking into account NTN element movements, handover, energy consumption, and power supply. AI-driven mechanisms are shown in the framework of a proposed TNNTN architecture with an evolution towards a cloud-native approach, also considering the role of IPv6.
Resource Orchestration in a Terrestrial and Non-Terrestrial Framework
Patrone F.
2025-01-01
Abstract
This paper shows how the ITA-NTN project aims to develop a comprehensive orchestration framework that bridges the gap between Terrestrial Network (TN) and NonTerrestrial Network (NTN), ensuring seamless connectivity, efficient resource utilization, and enhanced network resilience. Novel approaches for management and orchestration are described, taking into account NTN element movements, handover, energy consumption, and power supply. AI-driven mechanisms are shown in the framework of a proposed TNNTN architecture with an evolution towards a cloud-native approach, also considering the role of IPv6.File in questo prodotto:
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