5G Networks: Ultra-dense Systems and Evolution

This module provides a comprehensive introduction to ultra-dense networks and small cells within the context of 5G evolution. It covers fundamental concepts of mobile networks, explores new scenarios and applications, discusses system parameters and requirements, and introduces enabling technologies.

This module focuses on advanced transmission technologies in 5G networks, covering Massive MIMO and beamforming in both conventional and millimeter waves. It explores channel estimation, non-coherent communications, multi-packet reception in full-duplex communications, and visible light communications.

This module examines strategies for managing interference in 5G and visible light communications, including the cell-free paradigm. It also covers new approaches to energy efficiency, sensing, and data gathering techniques

This module covers the fundamentals of spectrum sharing and carrier aggregation, exploring both licensed and unlicensed access approaches. It includes architectures and algorithms for spectrum management and discusses the coexistence of Small Cells with Low Power Wide Area Networks for IoT support

This module explores practical applications of 5G technology, focusing on privacy and security implementations, augmented and virtual reality applications, drone integration in communication networks, and visible light communications. It includes practical prototyping examples

This module examines emerging technologies that will shape the evolution toward 6G communications. It demonstrates how advanced communications technologies are addressing society's needs and explores future developments in the field