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The
Remote Human Health Monitoring System monitors the organism
state of diseased individuals, persons who are located
in dangerous environments (e.g., firemen and rescuers),
sportsmen during training, and automobile/train drivers.
The portable, small, autonomous system can be used for
on-line and off-line human organism state monitoring.
Electrocardiogram sensors, two-way light pulsometer sensors,
and accelerometers all are supported. The sensor combination
used allows analysis of heart rate, respiratory activity,
blood oxygen saturation level, and individual movement
activity. The sensor data can be used to predict various
dangerous states (e.g., detect loss of consciousness or
a heart infarct).
The
monitor system consists of two main units: the portable,
autonomous unit, which is carried by an individual, and
data communication unit, which receives the data collected
and transmits it to the PC for analysis. The data communication
unit also sends the control commands to the monitor. A
wireless data link enables a central monitoring center.
The bidirectional data link option allows the user to
send commands or other information. The monitor also can
collect sensor data from internal nonvolatile data memory
and transmit it to a PC for processing. This operation
mode is intended for the diagnosis of various cardiac
diseases or collection of data during athletic training.
Victor
Kremin
Ukraine
vkremin@polynet.lviv.ua
Abstract
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Full entry &
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