Augmented Reality Device for Precision-Guided Tumor Resection via Depth-Based Markerless Registration

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Abstract

Tumor resection requires sub-millimeter guidance for margin preservation. We developed an AR headset system with depth-based markerless registration, integrating SLAM-based tracking and GAN-enhanced depth refinement. Tumor boundaries are visualized in real time via CT-to-surface registration. In 8 animal trials, margin accuracy improved from 78% (baseline) to 94%, with mean resection time reduced by 18%. Residual tumor volume decreased by 30%, and system latency remained below 40 ms. The platform demonstrates clinical potential for precision-guided oncology surgery.

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