Sustainable 6G Radio Access Networks: Methods, Models, and Algorithms

When entering towards the sixth generation (6G) mobile communications era, the huge numbers of connected devices with increased data traffic and new services imply significant challenges for the involved radio access network (RAN) design to be able to provide the system capacity and Quality-of-Service (QoS) with sustainable power and energy consumption. The S6GRAN project focuses on fundamental research for design and optimization of 6G RAN, wireless transceivers, and the related algorithms. The overall objective is to develop new scientific knowledge and novel wireless transceiver and system optimization solutions enabling sustainable 6G radio access networks. The core academic collaborators include Chalmers University of Technology, University of Luxembourg, and Queen's University of Belfast. Industrial collaboration is also conducted largely with several companies creating the 6G technology.