Visual servoing for mobile robots encompasses the integration of real‐time visual feedback into the control loop for autonomous navigation and manipulation. This approach leverages data from onboard ...

Visual servoing for unmanned aerial vehicles (UAVs) represents a dynamic and evolving research area that integrates computer vision and control theory to guide aerial platforms using visual feedback.

Products everywhere have gotten so small that many necessitate automated systems specifically designed to feed, align, and fasten small and complex 3D parts. A key tool in these systems is vision ...

Remotely controlling a robotic arm is no easy task, but one group of scientists is finding success. By integrating video technology and control devices, a team from Georgia Tech and the Georgia Tech ...