An IoT-based Triangular Methodology for Plastic Surgery Simulation enriched with Augmented and Virtual Reality | IEEE Conference Publication | IEEE Xplore

An IoT-based Triangular Methodology for Plastic Surgery Simulation enriched with Augmented and Virtual Reality


Abstract:

Cybernetic technologies enhanced with Augmented/Virtual Reality (AR/VR) present many opportunities for surgeon training in plastic surgery. There is an increasing need fo...Show More

Abstract:

Cybernetic technologies enhanced with Augmented/Virtual Reality (AR/VR) present many opportunities for surgeon training in plastic surgery. There is an increasing need for a controlled feedback mechanism that should encounter three aspects: trainees’ performance, the effective assessment of the training program by trainers, and the evidence-based realistic cases dealing with the patient’s health status considering the pre-/peri-/post-operational steps. This paper aims to present a triangular cybernetic approach that melts the need of the trainees’, trainers’ and patients’ needs in the same pot over an AR/VR-based virtual environment. The proposed AR/VR solution enables active interaction with the 3D medical and face/head data of the patient, utilization of patient health record and health status IoT data and trainer-trainee-patient interaction for better training. The solution experiments on otoplasty, cheek reshaping and jaw filling.
Date of Conference: 17-20 October 2021
Date Added to IEEE Xplore: 06 January 2022
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Conference Location: Melbourne, Australia

References

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