ABSTRACT
The small size and low power consumption of the radio module, use of spread spectrum, and the design for shortrange transmission make Bluetooth™ an attractive option in medical sensors. Since Bluetooth™ will continue to be a feature found in many devices it is worthwhile to investigate in its use in wireless medical sensors for home-based tele-healthcare. A wireless stethoscope has been implemented using Bluetooth™ and PCM encoding. Preliminary results show that it is a feasible solution for transmission of heart and lung sounds. Design of a Bluetooth™ wireless ECG is also proposed.
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The small size and low power consumption of the radio module, use of spread spectrum, and the design for shortrange transmission make Bluetooth™ an attractive option in medical sensors. Since Bluetooth™ will continue to be a feature found in many devices it is worthwhile to investigate in its use in wireless medical sensors for home-based tele-healthcare. A wireless stethoscope has been implemented using Bluetooth™ and PCM encoding. Preliminary results show that it is a feasible solution for transmission of heart and lung sounds. Design of a Bluetooth™ wireless ECG is also proposed.
if u like the post just say thank u in comment box.
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