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Detecting Spatial Orientation Demands during Virtual Navigation using EEG Brain Sensing

Resource type
Date created
2017-10-24
Authors/Contributors
Author: DiPaola, S.
Abstract
This study shows how brain sensing can offer insight to the evaluation of human spatial orientation in virtual reality (VR) and establish a role for electroencephalogram (EEG) in virtual navigation. Research suggests that the evaluation of spatial orientation in VR benefits by goingbeyond performance measures or questionnaires to measurements of the user’s cognitive state. While EEG has emerged as a practical brain sensing technology in cognitive research, spatial orientation tasks often rely on multiple factors (e.g., reference frame used, ability to update simulated rotation, and/or left-right confusion) which may be inaccessible to this measurement. EEG has been shown to correlate with human spatial orientation in previous research. In this paper, we use convolutional neural network (CNN), an advanced technique in machine learning, to train a detection model that can identify moments in which VR users experienced some increase in spatial orientation demands in real-time. Our results demonstrate that we can indeed use machine learning technique to detect such cognitive state of increasing spatial orientation demands in virtual reality research with 96% accurate on average.
Document
Published as
Nguyen-Vo, T., DiPaola, S., & Riecke, B. E. (2017). Detecting Spatial Orientation Demands during Virtual Navigation using EEG Brain Sensing (pp. 1–5). Presented at the ACM SIGPLAN Workshop on Software for Augmented and Virtual Reality (SAVR 2017).
Document title
Detecting Spatial Orientation Demands during Virtual Navigation using EEG Brain Sensing
Date
2017
First page
1
Last page
5
Copyright statement
Copyright is held by the author(s).
Scholarly level
Peer reviewed?
No
Language
English
Member of collection
Download file Size
nguyenvo17_savr-2.pdf 431.08 KB

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