IoT based Epilepsy Patient Monitoring System to Analyze various Medical Parameter(s)
2023 · AIP Conference Proceedings · Pragna R, Aswin R, Abhishek Sebastian
ESP8266 monitoring for IV fluid, tonic-clonic seizures, and pulse irregularities with caretaker alerts.
Built on ESP8266 NodeMCU with a load cell, 3D accelerometer, and pulse sensor, the system watches IV fluid levels, tonic-clonic seizure motion, and pulse irregularities at once.
Sensor data is logged to the cloud, with VoIP calls proposed to notify a caretaker when thresholds are crossed. The system brings several monitoring signals into one embedded workflow.
Each sensor addresses a different observation: fluid quantity, body movement, or pulse. Connecting these to a notification path demonstrates an IoT prototype; establishing seizure-detection sensitivity, false-alarm rates, and clinical usefulness requires a separate medical evaluation.
Three measurements, one monitoring path.
A load cell monitors IV fluid, an accelerometer captures movement, and a pulse sensor supplies another physiological signal.
Research prototype overview, not a clinically validated seizure diagnostic or emergency service.
- IoT
- Healthcare
- ESP8266