Raspberry pi based Health Monitoring System -- 2
Budget: $10 – $30 USD
Requirements:
Integration of E.C.G sensor type AD8232 with ADC : MC3008 (analog to digital converter).
Saturation sensor type Max30102 ( to measure O2 in blood).
Pulse meter sensor.
Sending text message via Modelsim900 from system to the cellular.
Clarifications:
The E.C.G have to be in average normal situation.
The saturation sensor results must be above 95%.
Pulse rate must be between 60-100.
The system must measure all sensors every 5 minutes.
The measured data/results have to be sent to the cellular (without the E.C.G graph)
(the text is the resulted measures of pulse rate and saturation in numbers)
The E.C.G must be also sent to the cellular with “ good” or “Attention” message.
The resulted measures must be saved to 5 minutes in the system.
If the resulted measurements were not proper as mentioned above, the system must send warning message to the cellular immediately.
The integration of the system must be done with Raspberry pi 3.
The code must have explanations where needed.
Integration of E.C.G sensor type AD8232 with ADC : MC3008 (analog to digital converter).
Saturation sensor type Max30102 ( to measure O2 in blood).
Pulse meter sensor.
Sending text message via Modelsim900 from system to the cellular.
Clarifications:
The E.C.G have to be in average normal situation.
The saturation sensor results must be above 95%.
Pulse rate must be between 60-100.
The system must measure all sensors every 5 minutes.
The measured data/results have to be sent to the cellular (without the E.C.G graph)
(the text is the resulted measures of pulse rate and saturation in numbers)
The E.C.G must be also sent to the cellular with “ good” or “Attention” message.
The resulted measures must be saved to 5 minutes in the system.
If the resulted measurements were not proper as mentioned above, the system must send warning message to the cellular immediately.
The integration of the system must be done with Raspberry pi 3.
The code must have explanations where needed.