Proposes AJSCC analog multi-signal compression without ADCs and FPMM multiplexing for low-power healthcare IoT, evaluated via simulations on MSE and MDR.
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An all-analog biosensor prototype uses AJSCC to combine microfluidic and physiological signals into one wireless channel with claimed high accuracy.
The paper proposes a low-power wearable sensor design for concurrent molecular biomarker and physiological signal monitoring using microfluidic biosensing, electrical measurements, and all-analog AJSCC compression.
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Analog Signal Compression and Multiplexing Techniques for Healthcare Internet of Things
Proposes AJSCC analog multi-signal compression without ADCs and FPMM multiplexing for low-power healthcare IoT, evaluated via simulations on MSE and MDR.
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Towards Wireless Health Monitoring via Analog Signal Compression based Biosensing Platform
An all-analog biosensor prototype uses AJSCC to combine microfluidic and physiological signals into one wireless channel with claimed high accuracy.
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Towards Low-power Wearable Wireless Sensors for Molecular Biomarker and Physiological Signal Monitoring
The paper proposes a low-power wearable sensor design for concurrent molecular biomarker and physiological signal monitoring using microfluidic biosensing, electrical measurements, and all-analog AJSCC compression.