About This Course

This course explores the advancement of 5G technology, focusing on its key features, architecture, technology, and future applications. It covers the fundamentals needed to understand and engage with 5G systems, which are transforming telecommunication globally. Offered by researchers from the European project TeamUp5G, this course serves as a premium resource for those interested in the latest in mobile communication technology.

What Students Will Learn

• Key technologies driving 5G mobile communications
• Concepts of ultra-dense networks and their role in 5G evolution
• Advanced transmission technologies and interference management
• Strategies for reducing energy use and sharing spectrum
• Diverse applications of 5G such as in drones, VR, and security
• Integration of emerging technologies like LiFi and THz frequencies
• Insights into the developments leading into 6G

Course Prerequisites

Candidates should have a foundational knowledge of engineering principles related to mobile communications, including basics of radio communications, digital communications, and signal processing.

Course Outline

• Foundations of 5G and ultra-dense networks
• New paradigms in transmission technologies
• Effective interference management and power efficiency
• Dynamic spectrum sharing and management
• Real-world 5G use cases and future trends
• From 5G advancements to 6G insights

Who This Course Is For

This course is designed for students, professionals, and enthusiasts in the field of telecommunications who are eager to dive deep into the functionalities and applications of 5G technology.

Application of Skills in the Real World

Knowledge acquired from this course can significantly impact various sectors by improving communication systems in healthcare, automotive, industrial operations, and public safety, positioning learners at the forefront of technological innovation.

Syllabus Detail

1. Module 1: Introduction to ultra-dense networks and small cells.
2. Module 2: New transmission technologies including Massive MIMO and full-duplex communications.
3. Module 3: Techniques for interference management and enhancing energy efficiency.
4. Module 4: Spectrum sharing, carrier aggregation, and support for IoT.
5. uffuse 5: Exploration of 5G use cases such as AR / VR and drones.
6. Module 6: Forward-looking technologies paving the way toward 6G.