Handshake interactions create one of the most challenging scenarios for optical motion capture, with severe marker occlusion, overlap, and extremely close marker spacing.
In this demonstration, the NOKOV Motion Capture System leverages inverse markers, virtual markers, and intelligent 3D reconstruction algorithms to maintain stable hand tracking and trajectory reconstruction under complex occlusion conditions.
Even in highly interactive environments, the system minimizes marker loss and trajectory breaks, ensuring accurate and continuous motion capture data.