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[Development of a multi-channel physiological telemetry system].

J Y Lei¹, Y Chen, X K Zhang

¹Institute of Space Medico-Engineering, Beijing, China.

Hang Tian Yi Xue Yu Yi Xue Gong Cheng = Space Medicine & Medical Engineering

|September 7, 2001

Summary

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This study presents a new telemetry instrument for real-time physiological measurements, offering high accuracy and reliability in diverse environments. The device effectively processes ECG, wind speed, and temperature data, even in extreme conditions.

Area of Science:

Biomedical Engineering
Environmental Monitoring Technology

Context:

Accurate physiological data acquisition is crucial for both laboratory research and field studies.
Existing telemetry systems may face limitations in processing diverse signals or operating in extreme environmental conditions.

Purpose:

To develop a versatile instrument for measuring physiological parameters in laboratory and field settings.
To implement a telemetry system utilizing frequency-time division modulation and computer-based data processing.

Summary:

The developed instrument employs a single-chip computer for measurement control and a computer for data processing via a telemetry system.
It successfully telemeters and processes electrocardiogram (ECG), wind speed, and temperature signals in real-time.
The system demonstrated reliable performance in high-temperature environments and at -17 degrees C.

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Impact:

The instrument offers high accuracy, robust data processing, and reliable operation over long distances.
Its small volume and ease of operation make it suitable for various field and laboratory applications.
This technology enhances the capability for remote physiological monitoring in challenging conditions.