This report describes current progress and future plans for research and development in synthetic teammates for applications in training, analysis, and system design for Uninhabited Aerial Vehicle (UAV) operations. Development of these teammates involves the eventual integration of several distinct, yet related, basic and applied research lines, including navigation and orientation in virtual environments, computational cognitive process modeling of aircraft maneuvering and reconnaissance missions, verbal interaction between human operators and synthetic entities, and the formal analysis of team skill. The use of the Adaptive Control of Thought - Rational (ACT-R) cognitive modeling architecture to create computational cognitive process models serves as a common thread that will be helpful in integrating the products of these research lines into a functional system. This report provides a summary of the current status of our research, as well as a description of the externally developed technologies we plan to leverage to achieve our goal of a high- fidelity cognitive model that is able to operate as a member of a team performing UAV reconnaissance missions.
Synthetic Teammate for UAV Applications: A Prospective Look
2006
24 pages
Report
No indication
English
Avionics , Psychology , Psychiatry , Job Training & Career Development , Unmanned Spacecraft , Adaptive control systems , Cognition , Mathematical models , Computations , Models , Teams(Personnel) , Missions , Architecture , Reconnaissance , Verbal behavior , Operators(Personnel) , Artificial satellites , Navigation , Interactions , Performance(Human) , Aircraft , Maneuverability , Uninhabited aerial vehicles , Cognitive modeling , Synthetic task environment , Synthetic teammates , Uav(Uninhabited aerial vehicle) , Act- r(Adaptive control of thought - rational) , Aircraft maneuvering , Human learning , Operator performance , Reconnaissance missions , Visuospatial working memory
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