OpenCV is a powerful library for face detection used by organizations like Google, Microsoft, IBM, and Intel.
Face detection uses visual input to identify a person's face in images or videos, which requires training models with sufficient diversity in the dataset.
OpenCV has pre-trained models for face detection using a machine learning technique called Haar Cascade to identify objects in visual data.
Haar Cascade method involves using a cascade of classifiers to detect different features in an image and is combined into one strong classifier.
OpenCV provides pre-trained models to detect different objects within an image like a person's eyes, upper body, and a vehicle's license plate.
A bounding box is created around the detected faces to display them in OpenCV.
To perform face detection on a live video stream, the camera is accessed to read a live stream of video data.
The same parameters such as scaleFactor, minNeighbors, and minSize can be used to detect faces in a live video stream in OpenCV.
OpenCV provides an accessible entry point for developers to create efficient and scalable solutions for computer vision applications.
By mastering the techniques covered in this tutorial, developers will be well-equipped to explore more advanced applications of computer vision in their projects.