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Research And Development
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Personal Cardiac Telemonitoring System
From student projects, the concept was developed and matured over several years. Funding from "Proof-of-Concept" grant (administered by A*Star) brought the development into a clinical evaluation model. The whole system was then successfully clinically tested at the National Heart Centre 2006-2007. The commercial partner was a start-up company Nextwave Biomedical Pte Ltd.
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Clip-on IV Drip Rate Monitor
In collabroation with the School of Health Science, the problem of accurate drip-rate setting in intravenous infusion was resolved with the development of a small battery operated device that detects the drip-rate between two consecutive drops. Further development is being planned to transformed the prototype product into a proof-of-concept device that can be clinical tested in a hospital. |
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| Personal device for telemonitoring of electrocardiograms - 4-channels of ECG recording; store and forward, digital lossless transmission of data, graphical ECG display - powered by a 32-bit microcontroller |
Digitally-enhanced phono-recording with wireless telemetry - active noise control, wireless data transmission, interpretation algorithms - powered by TI DSP |
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| Medical Imaging - Diabetes, Corneal Eye Disorders, Maculopathy... |
Cardiac Disease Diagnosis - Visualisation, Fusion, Wavelet, Neural Network .. |
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Electrical Impedance Tomography
Tomographic imaging using electrical impedance properties of tissue - 16-channels of data capture powered by multiple DSPs |
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| Automatic QRS detection and heart rate computation for use in accident and emergency units - single channel powered by a HC11 microcontroller |
Brain Research - Seizure, Sleep, Meditaion, Reflexology ...
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Breast Cancer Detection using Neural Classifiers
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