Ultrasound is vital for hepatobiliary surgeons to visualize complex anatomy, but converting 2D images to 3D can be challenging, necessitating better tools for real-time anatomical identification.
A new augmented reality (AR) system uses advanced techniques like backward alpha blending and spatial smoothing to create real-time 3D visualizations from 2D ultrasound data, improving how surgeons interpret the images.
Experiments show that this AR method significantly lowers operational times and enhances depth perception while boosting user satisfaction, indicating its strong potential for improving surgical accuracy and decision-making.