Research on Brain Augmented Technology (BAT) and STEM-Peer Augmented Success & Support (STEM-PASS)
Disciplines
Electrical and Computer Engineering | Engineering
Abstract (300 words maximum)
Through understanding and analyzing the electroencephalography (EEG) of attention and distraction experiments, it becomes possible to explore the effects that certain events related potentials (ERP) have on attention. Attention is essential throughout the entirety of individuals' lives, while distraction plays an equally important role in how attention is affected. The research conducted in the VIP-BAT EEG lab aims to gather, analyze and interpret data, and draw conclusions on the study of Attention and Distraction. Using volunteer participants, these experiments focus on how brain waves correlate with results from gameplay and with external factors influencing the outcomes. When gathering data on attention and distraction, participants engage in several mini-games, with their environment changing each round. Specifically, in data capturing, EMOTIV hardware and software are used for wave capturing and MATLAB is used to process the data in graphical form to identify noticeable impacts. Referring to the experimental data helps create understanding of how the brain and body react to these events simultaneously. The results of this research will help in addressing a wide range of issues, from assisting a student with studying, to potentially saving a life.
Authors: Dylan Andersen, Liam Begley, Ololade Caulker, Janice Ryoo, Dandre Williamson
Academic department under which the project should be listed
SPCEET - Electrical and Computer Engineering
Primary Investigator (PI) Name
Dr. Cyril Okhio
Additional Faculty
Dr. Tim Martin, Psychology, tmarti61@kennesaw.edu
Dr. Austin Asgill, Engineering Technology, aasgill@kennesaw.edu
Research on Brain Augmented Technology (BAT) and STEM-Peer Augmented Success & Support (STEM-PASS)
Through understanding and analyzing the electroencephalography (EEG) of attention and distraction experiments, it becomes possible to explore the effects that certain events related potentials (ERP) have on attention. Attention is essential throughout the entirety of individuals' lives, while distraction plays an equally important role in how attention is affected. The research conducted in the VIP-BAT EEG lab aims to gather, analyze and interpret data, and draw conclusions on the study of Attention and Distraction. Using volunteer participants, these experiments focus on how brain waves correlate with results from gameplay and with external factors influencing the outcomes. When gathering data on attention and distraction, participants engage in several mini-games, with their environment changing each round. Specifically, in data capturing, EMOTIV hardware and software are used for wave capturing and MATLAB is used to process the data in graphical form to identify noticeable impacts. Referring to the experimental data helps create understanding of how the brain and body react to these events simultaneously. The results of this research will help in addressing a wide range of issues, from assisting a student with studying, to potentially saving a life.
Authors: Dylan Andersen, Liam Begley, Ololade Caulker, Janice Ryoo, Dandre Williamson