[AfA2026-PhysicalAI] - Precision Surgical Adaptation with Intuitive Guidance using AR
Precision surgery demands more than skill. It demands intelligent adaptation in real time. Yet surgeons still operate through indirect screens, fragmented feedback, and cognitive overload. Augmented Reality transforms this paradigm by delivering intuitive, in-field guidance that aligns digital intelligence with human perception. By overlaying critical anatomical and procedural cues directly into the surgical view, AR enables continuous micro-adaptation, sharper accuracy, and smoother instrument control. Precision Surgical Adaptation with Intuitive Guidance using AR elevates surgical performance by fusing human expertise with real-time visual intelligence, redefining how precision, efficiency, and safety are achieved in modern surgery.
Devices & Components
1
Grove - 6-Axis Accelerometer & Gyroscope
1
Arduino® UNO™ Q 2GB
1
USB Connector, Micro USB Type B
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USB WebCam
Software & Tools
Arduino App Lab
1
Python 3
Project description
Code
GitHub Project Link
Documentation
Precision Surgical Adaptation with Intuitive Guidance Poster
Precision Surgical Adaptation with Intuitive Guidance using AR_ Lubna and Bavath_ IITDelhi.pdf
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