Abstract
This course presents some recent or emerging HOT TOPICS within the area of mobile networks.
The course has been modified is focused on the hottest topics of the moment, especially 5G.
We emphasize emerging techniques to be used in future 5G mobile networks to allow for a significant increase in user quality, and network capacity.
· We cover hot topics for 5G such as “Massive MIMO”, “network cooperation”, “interference management” and “device coordination”.
About half of the course, external experts (Intel, Huawei, ETSI, etc.) from the Industry reveal hot topics seen from the wireless networking industry.
Teaching and Learning Methods : Lectures, Exercise and Lab sessions (group of multiple students)
Course Policies : Attendance to Lab session is mandatory
Some overview papers will be distributed in class, covering the different hot topics.
Basic knowledge in statistical signal processing and probabilities, and digital communications. Basic MATLAB knowledge for the lab session - No C programming needed.
Description
Our society is evolving towards a society of "massive information" generated by a plethora of devices (cars, tablets, connected things) most of which will have to communicate at mind-blowing speeds. How does one design future networks that can face the challenges: How does one optimize the use of spectrum? How does one tackle massive interference? Modern networks will bring a few new concepts to the table to solve these problems, and we will address some of these in our course.
The course contains a theoretical part (about half) and a more practical part. In the theoretical part you will receive knowledge about key concepts of wireless system design currently being discussed for future application in wireless network, including hot topics like.
· MIMO and Massive MIMO
· Interference management
· Emerging techniques for 5G
· AI in Communications and Control
· Distributed Computing and Communications
· Quantum Communications
In the practical part, you will learn from mainly external industrial experts about how wireless standards and products are being designed from industry to capture some of the theoretical concepts.Learning outcomes:
Learning Outcomes :
Understand key ideas behind the fantastic surge in performance in new communication networks. Understand the role of statistical data processing driving latest communication technologies such as MIMO and massive MIMO. Grasp new concepts for interference management. Learn basics regarding the intersections of Communications, Learning and Control, learn the new aspects of Distributed Computing and Communications, and delve into the new world of Quantum Communications and Computing. Learn from top industrial experts about the latest trends in research labs driving the development of broadband wireless and internet of things. Understand the role of industry cooperation towards common standards like 5G and 6G.
Nb hours: 42.00 including 3hr exercise session, 3hrs lab session.
Grading Policy:
· Final Exam (35%.) 2 hours (all ATW documents allowed)
· Midterm Exam (20%) 1 hour approximately (all ATW documents allowed)
· Extra (research presentation, etc) (25%),
· Attendance (20%)
For attendance, students may miss up to 2 classes without penalty. Beyond
that, each additional missed class will result in a 10% reduction of the attendance grade. A sign-in sheet will be available at the entrance to record attendance.
