Computer Vision News - December 2022

29 Single-port Robotic Surgery camera(s). AI algorithms can exploit a pre- operation map, register it to the real-time image and efficiently map the full surgical area. This requires AI to perform precise calibration and real-time tracking, segmentation, and labeling . Tools, organs, and tissues move during the procedure and AI must give the surgeon precise information at any time, regardless of what has changed in the interested area. Are you interested in adding AI features to single-port robots? Contact RSIP Vision and we will be happy to assist. smaller in size. The main solution that AI can give to these challenges is to keep track of tools also when they are not found in the limited field of view available : when a tool goes out of the frame, it is precious to know exactly where it is. AI keeps tracking the tools also when they are out of view, allowing full information to the surgical team about where are things in the space in which they operate. AI can also identify and automatically label each anatomical structure , even those that are outside the field of view. This allows the surgeon a much larger and more precise view than allowed by the