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Neuro-Physiologically-Driven Adaptive Automation To Improve Decision Making Under Stress, Michael C. Dorneich, Patricia May Ververs, Stephen D. Whitlow, Santosh Mathan, James Carciofini, Trent Reusser
Neuro-Physiologically-Driven Adaptive Automation To Improve Decision Making Under Stress, Michael C. Dorneich, Patricia May Ververs, Stephen D. Whitlow, Santosh Mathan, James Carciofini, Trent Reusser
Michael C. Dorneich
The advent of netted communications and a wide array of battlefield sensors is enabling real-time information streaming and asset management. However, the burden of information management is placed solely on the receiver of the information. Honeywell Laboratories developed a Communications Scheduler (CoS), an adaptive information management system for the dismounted Soldier, driven by an assessment of the individual's current cognitive capacity to process incoming information, in order to improve decision making under high task load conditions. An evaluation was conducted to demonstrate whether cognitive capacity to perform under differing task loads could be detected using neuro-physiological sensors and then if …
Closing The Loop Of An Adaptive System With Cognitive State, Michael C. Dorneich, Stephen Whitlow, Patricia May Ververs, Jim Carciofini, Janet Creaser
Closing The Loop Of An Adaptive System With Cognitive State, Michael C. Dorneich, Stephen Whitlow, Patricia May Ververs, Jim Carciofini, Janet Creaser
Michael C. Dorneich
This paper describes an adaptive system that “closes the loop” by utilizing a real-time, directly sensed measure of cognitive state of the human operator. The Honeywell Augmented Cognition team has developed a Closed Loop Integrated Prototype (CLIP) of a Communications Scheduler, for application to the U.S. Army’s Future Force Warrior (FFW) program. It is expected that in a highly networked environment the sheer magnitude of communication traffic could overwhelm the individual soldier. The CLIP exploits real-time neurophysiological and physiological measurements of the human operator in order to create a cognitive state profile, which is used to augment the work environment …