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08.18.08
Rotorcraft Stability Margin Simulation Demonstration: The Vertical Motion Simulator hosted a visit by the Associate Administrator of the Aeronautics Research Mission Directorate (ARMD), Dr. Jaiwon Shin, as well as Jay Dryer, Senior Technical Advisor, ARMD, Manfai Fong, Executive Officer, ARMD, and John Montgomery, Department of Commerce.
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Successful Human-in-the-Loop Separation Assurance Simulation-Critical Milestone Met: Researchers from NASA's Airspace Operations Laboratory successfully completed a two-week human-in-the-loop experiment.
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Drastic Improvements to Sectorization Algorithm: There are currently ongoing ACES simulation evaluations of sectorizations produced by different airspace allocation algorithms being developed.
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Development of a Nationwide Real-Time Conflict Prediction Capability: Software developers at NASA Ames Research Center have modified a version of the Center-TRACON Automation System (CTAS) to calculate real-time conflict predictions for all aircraft in the National Airspace instead of one Center at a time.
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Ames Aeronautics Technical Seminar
"Analyzing Future Concepts for Managing Air Traffic with the Airspace
Concept Evaluation System"
Presented by Dr. Robert Windhorst on March 27, 2008 at Ames Research Center. 2 p.m., N-245 Auditorium.
The Airspace Concept Evaluation System (ACES) is a computer program designed to perform fast-time, gate-to-gate simulations of the United States air transportation system. ACES is used for developing new concepts and technologies and analyzing their contributions toward the goals of accommodating future growth of operations, reducing flight transit times, increasing predictability of arrival times, and minimizing the impact of weather and other disruptions. Windhorst will present the program design, validation study and concept analyses for ACES.
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