An innovative project integrating gender prediction and face & hand gesture detection into a single, efficient real-time system, pushing the boundaries of human-computer interaction.
- Mini Xception Model:
- Used for accurate and efficient gender classification.
- MediaPipe Framework:
- Ensures precise face and hand gesture detection.
- Frame-Skipping Mechanism:
- Maintains smooth and efficient real-time performance by optimizing frame processing.
- OpenCV:
- Handles video capture and real-time frame processing.
- TensorFlow:
- Powers the Mini Xception model integration.
- NumPy:
- Streamlines data manipulation and handling for efficient computation.
- Achieved 84% accuracy in gender classification and hand gesture detection.
- Demonstrated robust real-time processing capabilities across diverse environments.
This project showcases the potential of AI and computer vision to bridge the gap between humans and machines, with applications in:
- Human-computer interaction
- Security systems
- Assistive technology
- Interactive gaming