
Advanced 6G Infrastructure and Applications
This advanced course delves deeply into the cutting-edge technologies, architecture, and applications that form the backbone of 6G infrastructure. It focuses on the technical intricacies of 6G, including advanced AI and machine learning models, quantum communication, THz communications, and blockchain integration. The course explores autonomous network management, quantum-based security protocols, and various real-world 6G applications such as autonomous systems, holographic communications, and industry 4.0. Participants will engage in complex case studies, challenges in deployment, and ethical considerations.
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Course Duration:
36 hours
Level:
Advanced

Course Objectives
Analyse the advanced architecture and components of 6G networks, including cognitive and autonomous network management.
Apply AI and machine learning for resource optimization and predictive network analytics in 6G.
Explore the role of quantum technologies in enhancing 6G communications, including quantum key distribution (QKD) and quantum-based protocols.
Design and evaluate secure blockchain-based systems for decentralized applications in 6G networks.
Investigate advanced 6G applications in smart mobility, healthcare, immersive communication, and precision industries.
Address the challenges of 6G deployment, including global regulatory issues and industry adoption.
Examine the societal and ethical implications of 6G technologies and propose solutions to mitigate potential risks.
Prerequisites
Strong foundation in wireless communication systems (5G, networking).
Advanced knowledge of AI and machine learning principles.
Familiarity with quantum computing concepts (basic understanding).
Experience with blockchain technology and its applications.
Understanding of security protocols and network infrastructure management.
