Autonomous systems

5G/6G Communications and Networking, Safe & Robust Artificial Intelligence, Immersive & Multi-Sensory Communications

Control and Modelling of Dynamical Systems, including Aircraft, Uncrewed Aerial and Underwater Vehicles , Application of Machine Learning on Control and Modelling of Dynamical Systems, Predictive Maintenance and Anomaly Detection in Manufacturing

Data driven modelling of complex systems (System Identification)

Distributed Machine Learning Systems, Federated Learning, Edge Computing, Resource Allocation and Placement, Blockchain-based Security and Privacy, Cloud-native initiatives and container orchestration, AIOps, Connected Autonomous Vehicles

Satellite technologies, Multi-sensor systems, Wireless positioning, Vehicles & transportation systems, Driverless cars, Navigation & positioning technologies

Wireless Communications and Networking, Activities

Sparse Neural Networks, Efficient Deep Learning, Machine Learning, Computer Vision, Artificial Intelligence

Unmanned Any Vehicle, Federated Learning, Meta Learning, Transfer Learning, Digital Twin, Internet of Things, Edge Computing, Blockchain

Effectiveness of Team and Individual Psychometric Frameworks, Workload Perceptions between Students and Professors

Global Navigation Satellite Systems (GNSS), Satellite and Ground-based Wireless Location, Ultra-wideband Ranging, Estimation for Navigaton and Wireless Location

Machine Learning, Image Processing, Ageing and Dementia, Biomedical Engineering

AI4SE, SE4AI

Photogrammetry, Remote Sensing, Computer Vision, Current team:

B5G/6G, edge computing/caching, space-air-ground integrated networks, Internet of vehicles, and artificial intelligence (AI) for future networking

AI-assisted B5G/6G wireless networking, network slicing, edge intelligence, digital-twin-assisted networking, autonomous vehicular networks, and protocol design for Internet-of-Things.