Nov 26, 2008

Beth Dickey Headquarters, Washington 202-358-2087 beth dickey-1@nasa gov

Katherine K Martin Glenn Research Center 216-433-2406 katherine martin@grc nasa gov

RELEASE: 08-313

NASA CONDUCTS PILOT COGNITION STUDIES

CLEVELAND -- NASA is investigating the best methods for monitoring brain activity as part of a study designed to help airplane pilots realize when they are operating under dangerous levels of stress, fatigue and distraction

Studies under way at NASA's Glenn Research Center in Cleveland are employing functional near infrared spectroscopy, also know as fNIRS, and other imaging technology to measure blood flow in the brain's cortex and the concentration of oxygen in the blood This emerging technology offers a non-invasive, safe, portable and inexpensive method for monitoring indicators of neural activity

Through the studies, researchers hope to find ways to improve the interaction between the increasingly sophisticated automation being used in aircraft and the humans who operate those aircraft The goal is to aid pilot decision-making to improve aviation safety

Angela Harrivel, a NASA biomedical engineer who leads the research, and research associates are working on fNIRS at Glenn with 15 test subjects

"No matter how much training pilots have, conditions could occur when too much is going on in the cockpit," said Harrivel "What we hope to achieve by this study is a way to sensitively -- and, ultimately, unobtrusively -- determine when pilots become mentally overloaded "

Harrivel and the project are working with the test subjects, who don headgear fitted with optical or electrical sensors and sit in a moving cockpit simulator that creates the sensation of flying The tests measure electrical activity in the brain to validate spectroscopic data obtained through the fNIRS sensors

The volunteers perform basic functional tasks and participate in more complex flight simulations Future tests will challenge the subjects with stress-inducing conditions as they use a joystick and flight instruments to try to stay "airborne" in the simulator

"Flying an aircraft involves multitasking that potentially can push the limits of human performance," Harrivel said "When we increase stress and difficulty we can see how the subject reacts, measuring brain activity during overload "

The Aviation Safety Program of NASA's Aeronautics Research Mission Directorate in Washington sponsored the research It is overseen by the program's Integrated Intelligent Flight Deck Project

Video of the testing will air on NASA Television's Video File For NASA TV downlink, schedule and streaming video information, visit:

http://www nasa gov/ntv

For information about NASA's Integrated Intelligent Flight Deck Project visit:

http://www aeronautics nasa gov/avsafe/iifd

For information about NASA and agency programs, visit:

http://www nasa gov

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