Staff Research Areas:
Prof Stuart Crozier -
(A) MR Engineering. The modelling and design of new superconducting magnet systems, gradient systems and RF probes for NMR/MRI instruments.
(B) MR Microscopy. Applications of MRI to small-scale systems. Development of microspectroscopy and microangiography at high field.
(C) BioElectromagnetics: the study of how electromagnetic fields interact with tissue in a variety of applications - cardiac modelling.
(D) innovative hardware for physiological monitoring.
(E) adaptive and stochastic optimization algorithms for hardware design.
(F) lumbar spine biomechanics
Dr. Steve Wilson -
(A) Paediatric & general physiological instrumentation
(B) Non-linear tools for analysing physiological signals
(C) Functional MRI/Cardiac MRI
(D) Lumbar spine biomechanics
Dr Udantha Abeyratne -
(A) ADVANCED INSTRUMENTATION/SIGNAL PROCESSING FOR THE DETECTION AND INTERVENTION IN OBSTRUCTIVE SLEEP APNEA
(B) FUNCTIONAL IMAGING OF THE NERVOUS SYSTEM AND THE DESIGN OF NEURO PROSTHETICS DEVICES
(C) ULTRASONIC IMAGING, IMAGE PROCESSING AND TARGET CHARACTERIZTION
(D) HIGHER-ORDER SPECTRAL TECHNIQUES IN BIOMEDICAL SIGNAL RECONSTRUCTION AND INTERPRETAION
Dr. Andrew Bradley -
(A) Neonatal hearing screening
(B) Virtual Microscopy for quantitative diagnostic pathology
(C) Deep brain stimulation
(D) Cervical cancer screening
(E) Performance evaluation of automated screening and diagnostic systems