Microsoft's Kinect has been a revolutionary tool for 3D sensing, enabling developers and researchers to create innovative applications. Its open-source ecosystem has provided opportunities for experimentation and progress, making it a perfect example of how technology can serve as the "open eyes" of AI.
Kinect uses a structured light approach, projecting an infrared pattern onto the environment and capturing distortions with an IR sensor to generate depth maps. This method enables real-time 3D imaging at an affordable cost, making it accessible to developers and hobbyists.
LiDAR (Light Detection and Ranging) uses laser pulses to measure distances and create precise 3D maps. While LiDAR is highly accurate, it is often expensive and less accessible. Kinect, on the other hand, offers a more affordable alternative, suitable for many applications like sports analysis.
The open-source community has developed numerous libraries and drivers to extend Kinect's functionality:
Kinect represents the importance of keeping AI’s “eyes” open and accessible. Here’s why:
Microsoft discontinued the Kinect hardware, raising concerns about the future of accessible 3D sensing. Some speculate this decision was influenced by corporate interests aiming to limit open access to advanced sensing technologies. However, the open-source community continues to support and develop Kinect-based projects.
Kinect’s legacy as an open-source 3D sensing tool highlights the importance of keeping technology accessible. By advocating for open eyes in AI, we can ensure transparency, encourage innovation, and prevent monopolization. OpenSkiAI builds on this principle, envisioning a future where skiers and developers alike benefit from open technologies.