Gesture Recognition - 10,000+ videos
Gesture Recognition - 10,000+ videos
Datasets
Gesture Recognition - 10,000+ videos
File
Gesture Recognition - 10,000+ videos
Use Case
Gesture Recognition - 10,000+ videos
Description
Explore the Gesture Recognition Dataset with 10,000+ high-resolution videos of hand gestures. Ideal for AI and machine learning applications like sign language interpretation, gesture-controlled devices, and human-computer interaction.

Description:
The Gesture Recognition Dataset features 10,000+ high-resolution videos of five distinct hand gestures (“one,” “four,” “small,” “fist,” and “me”). Designed for gesture recognition, sign language interpretation, and human-computer interaction, this dataset enables researchers and developers to create robust AI models for real-world applications in virtual reality, robotics, and smart devices.
Download Dataset
The Gesture Recognition Dataset is a comprehensive collection of over 10,000 high-resolution videos showcasing individuals performing five distinct hand gestures:
- “One”
- “Four”
- “Small”
- “Fist”
- “Me”
This dataset is ideal for advancing research in gesture recognition, focusing on applications like sign language interpretation, gesture-controlled devices, and human-computer interaction systems. By including a diverse range of participants, the dataset enables the development of robust and versatile AI models.
Dataset Features
Extensive Video Collection:
High-quality videos captured under optimal lighting conditions ensure clear visibility of hand gestures and movements.Diverse Participants:
Includes individuals with varying hand shapes, sizes, and movements, enhancing the generalization of AI models.Applications:
Designed for gesture recognition systems, pattern recognition, and classification tasks in AI-driven technologies.
Key Details
Use Cases:
- Develop gesture-controlled interfaces for smart devices and virtual reality.
- Train AI models for real-time sign language interpretation systems.
- Research and improve hand gesture recognition (HGR) systems in fields like gaming, robotics, and augmented reality.
Optimal Data Quality:
Each video is recorded in high resolution and consistent lighting conditions, ensuring the highest data quality for computer vision tasks.Research and Development:
Enables researchers and developers to explore innovative recognition algorithms and enhance machine learning techniques for gesture detection.
This dataset is sourced from Kaggle.
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