You are here: Home Past Seminars 7th Seminar - Barcelona, Spain - July 2007 Papers AIR/GROUND SIMULATION OF TRAJECTORY-ORIENTED ...
Document Actions


An air/ground simulation of Trajectory-Oriented Operations with Limited Delegation (TOOWiLD) was conducted at NASA Ames Research Center in September 2006. Four radar-certified air traffic control (ATC) specialists in the Airspace Operations Laboratory (AOL), eight glass cockpit pilots in the Flight Deck Display Research Laboratory (FDDRL), and additional “ghost” pilots and controllers operated a heavy eastbound arrival push into Louisville’s Standiford airport (SDF) with high density crossing traffic. An automated arrival management system scheduled aircraft along Continuous Descent Approaches (CDAs) and data linked arrival information to participating aircraft. The 2x3 test matrix varied two flight deck conditions: (1) with and (2) without airborne spacing, over three ground-side conditions: (1) current day, (2) advanced ATC scheduling and spacing tools, and (3) the same tools integrated with controller pilot data link communication. The process of automatically data linking arrival messages to participating aircraft based on a runway schedule proved to be very effective in all conditions. Flight deck-initiated speed changes to meet the CDA speed schedule and lead aircraft assignments were acceptable to pilots and controllers. Airborne spacing reduced the mean and the variance of the inter-arrival spacing on final approach, consistent with prior research. Controller scheduling and spacing tools improved handling of non-participating aircraft which did not receive the arrival information.
Theme: Air Ground Integration
Keywords: 4-D trajectory-based ATM, ASAS spacing, ATM operational concept, Air ground integration, FMS operations
Posted by: Thomas Prevot / Other authors: Todd Callantine, Paul Lee, Joey Mercer, Nancy Smith, Everett Palmer, Jeff Homola
Note: Unset Received On Jan 27, 2007

| Site Map | Accessibility | Contact |

Hosted and maintained by EUROCONTROL