remote patient monitoring system is working out.
From the block diagram is shown at above, the sensor
is consists of the measurement blood pressure, heart
rate and the oxygenated in blood (SpO2). Then, the
measuring data will convert to digital through the ADC.
This parts are acts as the input. The data will transmit to
the clinician's gadget (hand phone, laptop and PDA) that
acts as the output, by passing through the Internet
Enabled Microcontroller also known as the processor.
The microcontroller that chosen from the reseacrh is
iOBridge-204.
Next post will explain how the progress of the project. :)
After had the discussion with my supervisor,
I've decided to change the flow of the project.
Actually, the project is takes time to complete.
It might take about 2 years to finish the project.
The flow of the project is also quite complicated.
That is because there are a lot of parts that relate
with the telecommunication system.
So, the application of PDA then link to the web
server and the data is directly accepted by the clinician
through their own gadget (laptop) are changed.
through their own gadget (laptop) are changed.
It will be changed with this flow that shown below :
The system of Remote Patient Monitoring System by using the iOBridge |
Block Diagram of Remote Patient Monitoring System |
is consists of the measurement blood pressure, heart
rate and the oxygenated in blood (SpO2). Then, the
measuring data will convert to digital through the ADC.
This parts are acts as the input. The data will transmit to
the clinician's gadget (hand phone, laptop and PDA) that
acts as the output, by passing through the Internet
Enabled Microcontroller also known as the processor.
The microcontroller that chosen from the reseacrh is
iOBridge-204.
Next post will explain how the progress of the project. :)
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