This project is aimed at developing a fall detection system using OpenCV and MediaPipe libraries in Python. The system detects falls by monitoring the movements of individuals captured in live video feeds and triggers an alert when a fall is detected. The implementation involves capturing the video using OpenCV, marking landmarks using MediaPipe, and analyzing the movements to identify falls.

To run this project, you need to have the following libraries installed:

OpenCV (import cv2) MediaPipe (import mediapipe as mp) Python (from time import time) You can install the required libraries using pip:

Copy code pip install opencv-python pip install mediapipe

Working Demo with Fall Detection and Face Recognition

The system captures live video using OpenCV, allowing it to monitor individuals in real-time.

MediaPipe library is used to detect landmarks on the human body, such as shoulders, elbows, and hips. These landmarks help in tracking the movements of individuals in the video.

The system periodically checks the previous coordinates of the shoulders of the person in the frame, typically every 4 seconds. If there is a significant drop in the height of the shoulders, it indicates a potential fall.

Facial recognition using the facial_recognition library helps identify individuals in the video. This information is then used to retrieve contextual data from the integrated database about the person who has fallen.

When a fall is detected, the system prints "Fall Detected" and retrieves relevant information about the individual from the database. This information includes medical history, emergency contact details, and specific care instructions.

The database contains comprehensive information about the individuals being monitored, securely storing their medical history and emergency contact details. Healthcare authorities and guardians receive immediate notifications via Telegram with detailed information about the incident, enabling them to initiate a timely response. Healthcare authorities coordinate assistance efforts based on the information provided, dispatching appropriate medical personnel or emergency responders to the location.