Theme
The evolution towards 6G networks introduces unprecedented complexity, driven by the convergence of terrestrial and non-terrestrial networks, the proliferation of Reconfigurable Intelligent Surfaces (RIS), and the demand for highly immersive and mission-critical applications. The scale and heterogeneity of these future networks, combined with stringent requirements for zero-latency, high-fidelity, and hyper-reliable services, render traditional network management paradigms obsolete. A fundamental shift is required towards fully automated, AI-native, and zero-touch operational solutions. This special issue seeks to bring together cutting-edge research that addresses the profound challenges and opportunities in the orchestration and management of 6G systems and beyond.
We invite contributions that explore novel frameworks, architectures, systems and algorithms for intelligent, efficient, safe, and resilient network automation. The focus is on enabling end-to-end orchestration across multiple domains, from the cloud continuum to the radio access network, ensuring seamless service delivery and optimized resource utilization. This includes harnessing advanced AI/ML techniques, such as generative AI and deep reinforcement learning, to create self-healing, self-optimizing, and self-evolving networks. We also encourage submissions on topics related to security, trust, and sustainability in network management, which are paramount for the successful deployment and societal acceptance of 6G. This special issue aims to foster collaboration among researchers and practitioners to define the future of autonomous network operations.
Keywords
6G, network management, network orchestration, AI/ML, zero-touch networking, intent-based networking, network slicing, security orchestration, automation, digital twin, resource management, non-terrestrial networks (NTN), resilience
Suggested tracks:
- AI-native automation and zero-touch management
- Resource orchestration and network slicing
- Security, resilience and trust
- Management of novel networking paradigms and architechutres
Download the
FULL call for papers here.
Leading Guest Editor
Guest Editors
