Paper Title
HEART MONITORING SYSTEM USING ECG SENSOR AND ESP 32

Abstract
This project presents a robust and efficient real-time heart rate monitoring system that leverages the AD8232 electrocardiogram (ECG) sensor and the ESP32 micro-controller. The AD8232, a high-performance ECG sensor known for its low noise and high-precision signal acquisition, is seamlessly integrated with the ESP32, a versatile micro-controller with built-in Wi-Fi and Bluetooth capabilities. The system effectively captures raw ECG signals, amplifies them, and processes them in real-time using advanced signal processing techniques. The ESP32's powerful processing capabilities enable the system to accurately identify R-peaks in the ECG signal, which are used to calculate heart rate. The processed data can then be transmitted through wireless mode to smart phones or cloud-based platforms for remote monitoring, data analysis, and storage. The system's compact design and low power consumption make it suitable for wearable applications, allowing for continuous heart rate monitoring throughout the day. This project demonstrates the potential of combining cutting-edge sensor technology with powerful micro-controllers to develop innovative and accessible health monitoring solutions. Keywords- ESP 32, ECG Sensor, Heartbeat Monitoring, R-Peak Detection.