Evaluation of a Prototype Low-Cost, Modular, Wireless Electroencephalography (EEG) Headset Design for Widespread Application
Abstract
Recently there has been increasing interest in the development and distribution of low-cost modular electroencephalography (EEG) systems that can be assembled and used by scientists, physicians, and even novices for widespread application, including real-world neuroimaging, in-home medical monitoring, and gaming/entertainment, across a diverse user community (e.g., OpenBCI). Accordingly, the purpose of this pilot project was to design and test the applicability of such a prototype EEG headset consisting of a set of Velcro straps with designated locations for integrating various potential types of EEG sensors. We provided the participants with written instructions for assembling the straps and asked them to apply both the prototype system and a standard commercial system on 2 identical head models on 3 different days. We digitized the locations of the sensor locations and analyzed electrode distances relative to standard reference locations on the head models. Results indicated that the participants were able to consistently apply the system with acceptable differences in accuracy and precision (<1-cm error) for most of the tested electrode locations, which was comparable to those achieved using a standardized electrode cap with fixed electrode locations, although significant differences were observed for some locations between prototype and standard systems. In this report we also discuss implications and needs for future research.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jun 01, 2016
- Accession Number
- AD1010405
Entities
People
- David Kuhn
- Kaleb G. McDowell
- Kenneth Ball
- Scott Kerick
- Theodric Feng
Organizations
- United States Army Research Laboratory