Continuous Stress
Monitoring System
An engineering-driven approach to estimate stress and support OCD-related analysis through continuous, real-time physiological data collection.
Real-Time
Data Acquisition
ML Models
Stress Estimation
Visualizing The Data
Advanced Sensing Architecture
Multi-modal physiological monitoring designed to capture the dynamic nature of human internal states.
PPG Sensor
Photoplethysmography to continuously monitor heart rate and heart rate variability.
EDA Sensor
Electrodermal activity measurement for accurate sympathetic nervous system response.
Temperature
Skin temperature monitoring to detect peripheral physiological changes.
Accelerometer
Motion detection for context awareness and precise artifact filtering.
ESP32 Embedded
Real-time signal acquisition and processing using a low-power microcontroller.
BLE Transmission
Bluetooth Low Energy for secure, efficient data transfer to mobile devices.
0
Physiological Signals
0Hz
Sampling Rate
0/7
Continuous Loop
0%
Research Focus
Understand the Engineering
Explore the technical architecture, review the sensing methodologies, or reach out to discuss potential collaboration and data insights.