ROS
xtan can be used with ROS-based robotics workflows where stereo vision, spatial tracking, and motion-aware sensing may support robotic perception, navigation research, and experimental human–robot interaction systems.
Robotic perception and stereo vision
ROS is widely used for robotics research and development. xtan may be integrated into ROS pipelines to explore stereo vision sensing, spatial motion tracking, and perception systems that support robot awareness of human movement and surrounding environments.
Human–robot interaction experiments
Robotics systems increasingly explore interaction models where robots respond to human motion, gestures, and spatial context. Motion-aware stereo tracking may support experimental interfaces where robots observe and react to human actions.
Why xtan can be relevant
xtan focuses on geometry-first interaction and stereo vision systems. Within ROS environments this may support robotics perception research, gesture-aware robotics interfaces, and experimental motion-based control systems.