iPhone virtual reality training model for microsurgical practice
A portable and affordable medical training solution simulating the user experience with microscopes for microsurgery
Project Overview
In this study, we propose a simple model for microsurgical practice that is comparable to commercial surgical micro- scopes while maintaining accessibility. Our design utilizes two Logitech webcams in an array with fixed horizontal disparity and angles of projections. The webcams are connected to a laptop computer via hardwire connection. Within Unity software, basic manipulations are made to position the two images in 3D virtual space before the images are streamed through a local server to an Oculus VR headset. The user is able to visualize the surgical specimen on the field with optimal ergonomics through a stable local connection with minimal lag.
Team Picture
Files
- Final Report (May 3, 2023)
- Final Notebook (May 3, 2023)
- Final Poster Presentation (April 28, 2023)
- Executive Summary (April 21, 2023)
- Preliminary Notebook (March 1, 2023)
- Preliminary Report (March 1, 2023)
- Preliminary Presentation (February 10, 2023)
Contact Information
Team Members
- Haochen Wang - Co-Team Leader & Co-Communicator & Co-BSAC & Co-BWIG & Co-BPAG
- Samuel Neuman - Co-Team Leader & Co-Communicator & Co-BSAC & Co-BWIG & Co-BPAG
Advisor and Client
- Prof. Walter Block - Advisor
- Dr. Ellen Shaffrey - Client
- Dr. Samuel Poore - Alternate Contact
Related Projects
- Spring 2023: iPhone virtual reality training model for microsurgical practice
- Fall 2022: iPhone virtual reality training model for microsurgical practice
- Spring 2022: iPhone virtual reality training model for microsurgical practice
- Fall 2021: iPhone virtual reality training model for microsurgical practice
- Spring 2021: iPhone virtual reality training model for microsurgical practice
- Fall 2020: iPhone virtual reality training model for microsurgical practice