Key result
A proposed remote healthcare monitoring system utilizing wearable sensors, ZigBee, and 3G communications incorporates priority scheduling and data compression to improve bandwidth and reduce power consumption.
The proposed wearable sensor architecture with priority scheduling and data compression aims to improve bandwidth utilization and reduce power consumption for remote healthcare monitoring.
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May support efficient remote monitoring prototypes; leaves open clinical outcomes and requires prospective validation before adoption.
Abidoye et al. (2011) studied this question. Wearable sensors and remote healthcare monitoring system was evaluated. A proposed remote healthcare monitoring system utilizing wearable sensors, ZigBee, and 3G communications incorporates priority scheduling and data compression to improve bandwidth and reduce power consumption.
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