EEG – Based Integrated Solution for High Performance Human Activities in Critical Applications in Industrial Facilities

Human activities are linked to mental and physical functions. Critical applications require assurance of human activities to meet target performance and safety measures. The monitoring of human activities is difficult and might not be possible in some situations where brain functions might not be visible and can only be understood by understanding human behavior. The use of EEG (electroencephalogram) will enable the understanding of brain functions via the analysis of signals from the EEG system. There are difficulties of analyzing EEG signals due to complexity of signals without proper understanding of other behavior factors related to human activities.
This project is aiming to designing an integrated EEG-based solution to monitor human behavior and link with human activities in critical applications.
One potential application is the use of EEG-assisted operator performance monitoring, which will provide real time and precise assessment of human performance and link to operation activities. The analysis technique will map human brain signals to behavior and activities, which will be translated into human behavior assessment to improve operation performance and safety.

Faculty Supervisor:

Jing Ren

Student:

Partner:

New Vision Systems

Discipline:

Engineering

Sector:

Professional, scientific and technical services

University:

University of Ontario Institute of Technology

Program: