Title

Augmented Overlay

Date

5-26-2016 8:30 AM

End Time

26-5-2016 10:30 AM

Location

WUC Pacific Room

Department

Computer Science

Session Chair

Scot Morse

Session Chair

Mitch Fry

Session Title

Computer Science, Information Systems and M.S. in Management and Information Systems Student Projects

Faculty Sponsor(s)

Mitch Fry

Presentation Type

Poster session

Abstract

For Augmented Reality enthusiasts who want to try an alternative method of increasing productivity, the Augmented Overlay is an Android Augmented Reality application that displays content over markers that indicate where content should display. Users can choose what content they wish to have displayed over these markers, such as images, videos, or 3D objects generated by Unity. Unlike similar AR or VR projects such as Microsoft’s HoloLens, my product will try to be useful in many ways, such as testing how an image may look on a surface. My product will also be highly economic due to only needing an Android device and AR support accessories such as Google Cardboard, both of which can be acquired for a total of under $100 USD. In comparison, the HoloLens functions by projecting holograms which will result in a speculated price of a few thousand US dollars. Features: Displays content over AR markers; User can choose what content to display; Content that can be displayed are images, videos, and 3D objects; User can write a small note and have it displayed over an AR marker; Markerless AR may be implemented if possible (ex. display video on a blank LED TV).

This document is currently not available here.

Share

COinS
 
May 26th, 8:30 AM May 26th, 10:30 AM

Augmented Overlay

WUC Pacific Room

For Augmented Reality enthusiasts who want to try an alternative method of increasing productivity, the Augmented Overlay is an Android Augmented Reality application that displays content over markers that indicate where content should display. Users can choose what content they wish to have displayed over these markers, such as images, videos, or 3D objects generated by Unity. Unlike similar AR or VR projects such as Microsoft’s HoloLens, my product will try to be useful in many ways, such as testing how an image may look on a surface. My product will also be highly economic due to only needing an Android device and AR support accessories such as Google Cardboard, both of which can be acquired for a total of under $100 USD. In comparison, the HoloLens functions by projecting holograms which will result in a speculated price of a few thousand US dollars. Features: Displays content over AR markers; User can choose what content to display; Content that can be displayed are images, videos, and 3D objects; User can write a small note and have it displayed over an AR marker; Markerless AR may be implemented if possible (ex. display video on a blank LED TV).