5g

Dive into the NDL architectural context—a framework that connects OSS, Network Data Layer, and 5G Core Networks using northbound/southbound APIs for efficient telecom operations.

Understand NEC’s 5G Vertical Business Platform—a secure, cloud-native framework enabling smart industry use cases through a hybrid network ecosystem.

Delve into the structured ontology of Artificial Intelligence, Machine Learning, and Deep Learning, with clarity on their definitions, overlaps, and telecom use cases.

Understand the system context of autonomic networking in 5G, including intelligent assurance, problem detection, orchestration, and closed-loop automation.

Understand the key types of machine learning—Supervised, Unsupervised, and Reinforcement Learning—and their role in building intelligent telecom systems and networks.

Explore how Federated Learning enables decentralized AI training on edge devices while preserving data privacy and enhancing real-time intelligence in 5G networks.

Explore the complete structure of 5G architecture including RAN, Core Network, MEC, transport, and network slicing. Learn how 3GPP and non-3GPP components integrate for performance and flexibility.

Dive into the prominent 5G disaggregation options—Option 2 and Option 7—and understand how higher and lower layer splits support flexible RAN deployments.

Dive deep into 5G network slicing architecture, exploring service-based instances, subnet management, NFV-MANO, and physical resource integration.

Discover the intricate layers of 5G security architecture including authentication, core network protection, virtualization, and real-time monitoring systems.