Increases Capacity, Reduces Delays, and Optimizes Sequence
The Aerospace Engineering (AE) developed application named Attila has been awarded the Annual Air Traffic Control (ATC) 2005 Maastricht Awards Innovation Award. The ATC awards were sponsored by Jane's Airport Review and were selected by a panel of judges made up of senior representatives from the FAA, EUROCONTROL, CANSO, IATA and Jane's.
The Attila System, developed by AE for ATH Group (ATH), is an en-route, self-metering aircraft time sequencing system. Attila uses a computer-based decision process to optimize aircraft traffic flows in real-time, generating a solution around the airlines business needs and operational requirements.
Key features of Attila are its sophisticated multi-parameter decision engine that allows full consideration of aircraft operator priorities in the establishment of an optimized air traffic flow, the full involvement of the aircraft pilot as a goal seeking agent in the achievement of an optimized plan, and an architecture that facilitates centralized and low cost deployment.
The proven benefits of the system include:
1. Approximately 100 - 200 M savings per airport,
per airline for major airports
Attila has been demonstrated to deliver significant benefit in an operational environment. The system has under gone field trials at the St. Louis-Lambert International Airport and in Frankfurt. ATC interoperability as well as pilot compliance has been successfully demonstrated. Separate simulations undertaken by ATH Group show that the system can change the outcome of any given arrival sequence by applying a goal function that describes an improved business situation.
In the past, ITT Industries (ITT) and ATH Group (ATH) teamed to market this Aerospace Engineering developed technology to the U.S. government. As part of this effort, ITT and ATH had a demonstration suite for Attila at ITT offices in Washington DC.
Additional information is available on our
Attila products page.
For more information or to schedule a demonstration contact Michael Baiada (PH: 303-674-0229)