biomedicalelectronics
Biomedical Electronics
Research: Zoomable User Interfaces - Multiple Description Coding - Audio Adaptive Playout - Peer2Peer - LDPC/DF - BioElectronic
Teaching: MicroElectronics (UniBG) - MultiMedia Coding (UniMI) - Thesis projects
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Electronic sticking plaster: BodyGateWay (pdf 10kb)
Partners
The project is owned and sponsored by STM. All rights reserved.
Biomedical Electronics
Signals detection, conditioning (analog filters and amplifiers), conversion (analog-to-digital), digital processing.
Sensors and signals
- Voltage (electrocardiogram), impedance: heart/breath rate, muscolar activity
- Acceleration 3-axis: heart/breath rate, physical activity, recumbency/sleep detection, fall detection, supine/sitting/standing/walking/run detection
- Sound (digital stethoscope): heart/breath rate, voice
- Light (red/infrared led+photdiode, photoplethysmography): heart/breath rate, oxygen saturation
Data integration/fusion
- Merge same signal from different sources to get more reliable outputs (e.g. it can be done for heart/breath rate)
- Compare different signals to enhance outputs and/or generate more outputs (e.g. does the heart rate match the physical activity? give warnings if not)
BodyGateWay (BGW)
It is an electronic sticking plaster with rechargeable battery, sensors, low power microcontroller and radio module (bluetooth).
2008 prototype made of transparent silicon
Marco Pessione (PoliTO)
Alexandra Gogonea (UniPV)
Created: 22nd August 2008. Updated: 22nd August 2008.