
Ultra-high-capacity density communications
Projects
- Network Coded Modulation for Next Generation Wireless Access Networks
- FP7 Aerial Base Stations with Opportunistic Links for Unexpected and Temporary Events (ABSOLUTE)
- FP7 Beyond Next Generation Mobile Broadband
- Cognitive Radio for Multiple Heterogeneous Systems employing Smart Antennas
- Energy-efficient Topology Management for Beyond Next Generation Broadband Systems
- Design of Innovative Access Protocols for 5G Cell-less Architectures
- Resource and Topology Management for 5G Systems
- Software Defined Networking for Next Generation Communications
- Artificial Intelligence in Cognitive and Green Radio: Lessons from Control Engineering
- Radio Resource Allocation in Beyond Next Generation Wireless Systems
- Modelling, Analysis and Strategies for Vehicular Heterogenous Wireless Networks
- Exploiting Mobile Edge Computing for Proximity Services
Partners
Previous or current non-academic collaborators include:
- BT
- Roke Manor
- Huawei
- Dstl
- National Instruments
Activities
- Exploitation and development of ultra-massive MIMO antennas, mainly with delivery at below 6GHz communications, but also growth with mm-wave/THz communications, and hybrid architectures
- Delivery of secure communications to crowded situations, and support for crowd sourced applications
- Cloud RAN, hybrid networking and disaggregation, application of AI
- New future indoor/short range applications, eg e-gaming and augmented/virtual reality applications and sensing.