Research Interests
Biomedical Engineering | |
E.X. Wu (Group Director) | Biomedical imaging; Magnetic resonance imaging (MRI) engineering and applications in biomedical research; Medical instrumentation; Image processing. |
C. Chen | Biomedical Image Analysis; Artificial Intelligence in Healthcare; Machine Learning. |
Z. Chu | Quantum Biosensing, CVD Diamond; Nanodiamonds; NV Centers; Cell Mechanobiology |
W.N. Lee | Novel medical ultrasound techniques, such as strain imaging and shear wave imaging, particularly for cardiovascular applications; Biomedical imaging; Image processing. |
A.T.L. Leong | Magnetic Resonance Imaging (MRI) applications in neuroscience research; Preclinical MRI; Neuromodulation; Biomedical signal/image processing |
K.K.M. Tsia | Ultrafast real-time optical microscopy and spectroscopy, e.g. fluorescence, Raman; Laser microsurgery for endoscopic applications; novel optical devices for biomedicine; silicon-based photonic devices; optical interconnect. |
F. Wang | Near-infrared II fluorescence imaging, Super-resolution imaging, Advanced biomedical imaging, Technologies have a broad and profound impact on biomedical applications |
S. Zhang | Organic electronics, Organic bioelectronics, Soft electronics, Wearable biosensors |
Y. Zhao |
Biomedical imaging and signal processing; magnetic resonance imaging (MRI) engineering. |
Power Electronics, Electrical Energy and Control Systems | |
Y. Zhang (Group Director) | Power Electronics; Power Semiconductors; Electron Devices; Wide Bandgap Electronics; Ultra-wide Bandgap Electronics; Power Packaging; Machine Learning-assisted Co-design; High- and Cryogenic Temperature Electronics. |
G. Chesi | Systems theory, Control systems, Optimization, Applied mathematics, Robotics, Computer vision. |
Y. Hou | Electric Power Systems Analysis; Integration of Renewable Energy Sources; Power System Resource Planning; Electricity Market Theory; Artificial Intelligence |
K. Kosuge | Systems Robotics – development and application of robotics to problems in real environments, which include human-robot interaction and coordination, handling and manipulation, assembly, dual-manipulator systems, multiple-robot coordination, and production and manufacturing. |
A.T.L. Lee | Power Electronics – Emerging LED Driver Technology; Sustainable Lighting Technology; Wireless Power Transfer Technology; Advanced Single-inductor Multiple-output (SIMO) Topology; Digital Control for Power Converters. |
T. Liu | Power system stability analysis, Complex dynamical networks, Distributed control, Event-triggered control, Switched systems. |
Y. Wang | Data analytics in the smart grid, energy forecasting, multi-energy systems, Internet-of-things, cyber-physical-social energy systems. |
J. Zhong | Electricity Market, Low-Carbon Energy Market Design, Energy System Optimization, Net Zero Carbon Emission Energy System, Smart Grid. |
Intelligent Systems, Data and Networks | |
V.O.K. Li (Group Director) | Development and applications of artificial intelligence technologies to important societal problems, including clean energy and environment, medicine and health, and smart city. |
H.H. Au Yeung | Artificial Intelligence in Education (AIED); Education Technology (EdTech); STEM Education; Large Models (LMs); Natural Language Processing (NLP). |
S.C. Chan | Digital Signal Processing, Data Compression, Speech, Audio Image Processing. |
X. Chen | Wireless networks, edge computing, distributed learning, and network science. |
H. Du | Edge Intelligence; Generative Artificial Intelligence; Computer Networks; Wireless Communications. |
K.B. Huang | MIMO communications; Analysis and design of wireless networks using stochastic geometry; Multi-antenna limited feedback techniques; Energy harvesting and transfer for wireless communications; Cross-layer designs. |
J.C.K. Lam |
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V.C.S. Lee | Intelligent transportation systems, vehicular networks, e-learning, machine learning and real-time databases. |
X. Liu | Computer Vision, Machine Learning, and Artificial Intelligence. |
Y. Liu | Wireless communications; signal processing; 6G Networks; Machine Learning and Generative AI. |
E.C.H. Ngai | Internet-of-Things, mobile cloud computing, data analytics and machine learning, network security and data privacy, smart cities and health informatics |
Xiaojuan Qi | Computer Vision, Artificial Intelligence, and Deep Learning |
H.K.H. So | Reconfigurable Computing; FPGA Technology; Operating System Design for Reconfigurable Computers; Computer Architecture; Hardware/Software Codesign Methodology. |
H.C.A. Wu | Smart Grid; Big Data Analytics; Deep Learning; Bioinformatics; Biomedical Informatics; Artificial Intelligence of Things. |
Y.C. Wu | Machine Learning, Signal Processing, Communication Systems |
Y. Han | Artificial intelligence (AI), machine learning, causal analysis, spatiotemporal data analysis, and their applications in air pollution and health, and Alzheimer’s Disease studies. |
Y. Yang | Embodied AI, Computer Vision & Graphics, Representation Learning, Information Theory, Robotics & Human-Computer Interaction. |
L.K. Yeung | Next-generation Internet, packet switch/router design, all-optical networks, wireless data networks. |
Q.S. Zeng |
Wireless communications, edge intelligence, distributed machine learning, baseband processing, in-memory computing, and semantic communications. |
Photonics and Electronics | |
N. Wong (Group Director) | VLSI model reduction, digital filter design, Sigma-Delta converters, antenna array, semidefinite programming and optimization techniques. |
A.H.W. Choi | Gallium Nitride materials/ device design, modelling, processing and characterization. |
W.C.H. Choy | Nano-optoelectronics, organic optoelectronics, nano-biosensors, nanostructures, and integrated photonic devices. |
Z. Deng | Integrated Optics and Photonics; III-V Semiconductor Materials and Devices; Optical Spectroscopy for Bio-sensing and Imaging. |
W.Y. Fu | III-V Semiconductors, nanophotonic devices, optical materials, bandgap engineering, monolithic integrated photonic system, nanostructured devices characterization and modelling |
J. Kang | Optical Coherence Tomography; Ultrafast Lasers (Fiber and Crystal-based Near and Middle Infrared Lasers); Imaging Guided Laser Ablation and Surgery; Optical Fiber Nonlinearity. |
C. Li | Artificial Intelligence accelerator, neuromorphic computing, nanoelectronics devices, non-volatile memories, software-hardware co-optimization. |
Z. Liu | Compute-in-Memory and its Applications in Machine Learning; Brain-Machine Interfaces; Biomedical Signal/Image Processing. |
E.Y.M. Lam | Computational imaging; biomedical imaging; computer vision; pattern recognition, classification, and analysis; machine learning |
J. Ma | Light-matter Interaction; Integrated Photonics; III-V Semiconductor Lasers; Micro-electromechanical Systems; Metamaterials |
E.Y. Peng | Computational Optics, Sensing, and Display; Holographic Imaging/Display & VR/AR/MR; Computational Microscope Imaging; Low-level Computer Vision; Inverse Rendering; Human-centered Visual & Sensory Systems. |
K.K.Y. Wong | Novel optical generation; Photonic parametric processing; Ultrafast optical fiber communication and imaging (spectroscopy, microscopy and tomography). |
H. Wang | AI Hardware, Neuromorphic Computing, Integrated Nanoelectronics Device Technology, Non-volatile memory, Semiconductor Electronic Materials, Semiconductor Communication and Sensing Devices. |
C. Xiang | Heterogeneous photonic integration, silicon photonics, semiconductor lasers and photonic integrated circuits |
S. Zhang | Metamaterials, topological photonics, nonlinear optics, plasmonics, metasurfaces, holography |
T. Zhao | Nanomaterials and nanostructures fabrication, Optical and optoelectronic sensors, Photo(electro)chemical devices, biocompatible and flexible devices. |
Y. Zhu | Intelligent Diagnosis; Digital Holography; Computational Optics, Deep Learning and Generative AI; Computer Vision and Machine Intelligence; AI for Environmental Monitoring and Healthcare; Spectroscopy; Polarization and Speckle Imaging; Wearable and Portable Device. |
Facilities
For laboratories location click here.