Publication Date
2022
Conference Title
Modeling, Simulation and Visualization Student Capstone Conference 2022
Conference Track
Medical Simulation
Document Type
Paper
Abstract
The Medical Manikin Augmented Reality Simulation (M2ARS) is an augmented reality simulation application built for the Microsoft HoloLens 2 that uses the principles of anatomy transfer to overlay human anatomical structures onto a medical manikin digitally. These structures currently consist of the skeletal, muscular, and circulatory systems. In addition, a model of the lungs and an animated heart are also available within the simulation. M2ARS allows the user to view these structures in a manner that is both visually and spatially accurate to the human body. This application contains two modes; an augmented reality mode, which uses a manikin, and a standalone virtual environment, which does not require a manikin. M2ARS aims to assist medical students and practitioners in their studies by providing an interactive method to better understand anatomical structures.
Keywords:
Augmented reality, Medical simulation, Virtual environment
Start Date
4-14-2022
End Date
4-14-2022
Recommended Citation
Delacruz, Pauline; Gibson, Jacob; Howard, Daniel; Peacock, Jaclyn; and Robbins, Kendall, "Medical Manikin Augmented Reality Simulation (M2ARS)" (2022). Modeling, Simulation and Visualization Student Capstone Conference. 1. DOI: 10.25776/82c4-fn62 https://digitalcommons.odu.edu/msvcapstone/2022/medical/1
DOI
10.25776/82c4-fn62
Medical Manikin Augmented Reality Simulation (M2ARS)
The Medical Manikin Augmented Reality Simulation (M2ARS) is an augmented reality simulation application built for the Microsoft HoloLens 2 that uses the principles of anatomy transfer to overlay human anatomical structures onto a medical manikin digitally. These structures currently consist of the skeletal, muscular, and circulatory systems. In addition, a model of the lungs and an animated heart are also available within the simulation. M2ARS allows the user to view these structures in a manner that is both visually and spatially accurate to the human body. This application contains two modes; an augmented reality mode, which uses a manikin, and a standalone virtual environment, which does not require a manikin. M2ARS aims to assist medical students and practitioners in their studies by providing an interactive method to better understand anatomical structures.