5G Networks: Ultra-dense Systems and Evolution
Master advanced 5G network technologies, focusing on ultra-dense networks, small cells, and emerging technologies for next-generation mobile communications.
Master advanced 5G network technologies, focusing on ultra-dense networks, small cells, and emerging technologies for next-generation mobile communications.
This advanced course explores the cutting-edge technologies driving 5G mobile communications and its evolution. Led by TeamUp5G researchers, it delves into ultra-dense networks and small cells, crucial components for enhanced network capacity and reduced power consumption. Students will learn about innovative transmission technologies, interference management, and spectrum sharing. The course covers practical applications including security, drones, and virtual reality, while also examining emerging technologies like THz frequencies and intelligent surfaces. With a focus on both current implementations and future developments toward 6G, this course provides comprehensive insights into the revolutionary world of mobile communications.
Instructors:
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What you'll learn
Master key technologies supporting 5G mobile communications
Understand ultra-dense networks and small cells in 5G framework
Explore new transmission technologies and interference management
Learn energy consumption reduction and spectrum sharing techniques
Analyze 5G use cases including security, drones, and AR/VR
Examine LiFi technology as a radio complement
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
Shareable certificate
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There are 6 modules in this course
The course provides an in-depth exploration of 5G mobile communications and its future evolution. It focuses on ultra-dense networks and small cells as key enablers of enhanced network performance. The curriculum covers advanced topics including new transmission technologies, interference management, energy efficiency, and spectrum sharing. Students learn about practical applications through use cases in security, drones, and virtual/augmented reality. The course also examines emerging technologies and future developments toward 6G, providing a comprehensive understanding of next-generation mobile communications.
Ultra-dense networks and small cells
Module 1
New transmission technologies
Module 2
Interference management and energy efficiency
Module 3
Spectrum sharing and carrier aggregation
Module 4
Use cases and prototyping
Module 5
The future ahead
Module 6
Fee Structure
Instructors
2 Courses
Distinguished Wireless Communications Expert and Signal Processing Pioneer
Ana García Armada serves as Full Professor at Universidad Carlos III de Madrid, where she leads the Communications Research Group and has held various management positions including Head of Signal Theory and Communications Department and Deputy Vice-Chancellor of International Relations. After completing her PhD in Electrical Engineering from the Polytechnical University of Madrid in 1998, she has established herself as a leading researcher in wireless communications and signal processing. Her research portfolio includes coordination of over 30 national and 14 international research projects, plus 30 industry contracts. As an IEEE Fellow and Fellow of the AAIA, she has contributed significantly to international standards through ITU and ETSI, while serving on editorial boards of prestigious journals including IEEE Transactions on Communications. Her innovations in wireless communications have earned numerous accolades, including the Bell Labs Prize 2014 (third place) and the IEEE ComSoc/KICS Exemplary Global Service Award in 2022. Currently serving as VP of Member and Global Activities for IEEE Communications Society, she continues to advance the field through her research in multi-carrier techniques, multi-antenna systems, and signal processing applications in wireless communications.
2 Courses
Distinguished Communications Engineer and Wireless Systems Expert
Victor P. Gil Jiménez serves as Associate Professor in the Department of Signal Theory and Communications at Universidad Carlos III de Madrid, where he specializes in advanced mobile, satellite, and visible light communications. His research spans multiple areas of wireless technology, with significant contributions to optical wireless communications, 5G systems, and satellite communications. After completing his telecommunications engineering degrees from the University of Alcalá (1998) and UC3M (2001), followed by a PhD from UC3M in 2005, he has established himself as a leading researcher in wireless systems. His recent work includes innovative research in visible light communications, 5G coexistence studies, and neural network applications in communications systems
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