Abstract :
The Augmented Cognition (AugCog) program will extend, by an order-of-magnitude or more, the information management capacity of the "human-computer" combination by developing and demonstrating enhancements to human cognitive ability in diverse and stressful operational environments. Specifically, this program will develop the technologies needed to measure and track a subject\´s cognitive state in real-time. These measurements will then be used to augment the user\´s environment, and tailor that environment to a particular user\´s state. The technologies under development in AugCog have the potential to enhance operational capability, support reduction in the numbers of persons required to perform current functions, and improve human performance in cognitively challenging environments. In FY 2002, the AugCog program is developing robust, noninvasive, real-time, cognitive state detection technology for measuring the cognitive processing state of the user. In FY 2003, AugCog will be developing and testing integrated multi-sensor interface technologies that will permit human state manipulation. These efforts represent a new paradigm for human-computational systems interfaces.
Keywords :
human factors; knowledge management; man-machine systems; AugCog program; DARPA; Defense Advanced Research Projects Agency; augmented cognition program; cognitive processing state measurement; cognitive state detection; cognitively aware computational systems; cognitively challenging environments; diverse operational environments; human cognitive ability enhancements; human computer-interaction; human state manipulation; human-computational systems interfaces; human-computer combination; human-computer interaction; information management capacity; integrated multi-sensor interface technologies testing; operational capability enhancement; operational environments; robust noninvasive real-time cognitive state detection technology; stressful operational environments; Brain; Cognition; Computer vision; Electroencephalography; Hospitals; Human computer interaction; Information management; Military computing; Particle measurements; Robustness;