In this paper, we introduce a new aggregate air traffic
flow management model. Our integer programming model uses
as a starting point the model recently introduced by Bertsimas,
Lulli and Odoni. It employs a new set of more general airspace
constructs that allow both more complex airspace elements to be
represented as well as more aggregate-level modeling. We
provide experimental results that indicate both the computational
effectiveness of this model and its potential for decision support.
We also discuss and provide general insights into the role of
aggregate models in supporting traffic flow management for
future air traffic management systems such as NextGen and
SESAR.
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Theme: Network and Strategic Traffic Flow Optimization
Keywords: air traffic management, optimization, strategic flow management, traffic flow management
Posted by:
Andrew Churchill
/ Other authors:
David Lovell,
Michael Ball