Abstract
We demonstrate a method for airspace design that makes explicit use of weather forecast data, in addition to forecasted traffic data, to design sectors that potentially permit reduced traffic flow management actions. We use a local geometric optimization method to partition a portion of airspace into sectors while optimizing not only for load balancing, flow conformance and sector geometry, but also for providing lane options with respect to the weather forecast data.
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Document information
Published on 30/09/13
Accepted on 30/09/13
Submitted on 30/09/13
Volume 2013, 2013
DOI: 10.1109/dasc.2013.6712519
Licence: CC BY-NC-SA license
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Keywords
Atmospheric modeling • Geometry • Linear programming • Optimization • Throughput • Aerospace instrumentation • Air traffic control • Airspace design • Convective weather forecast data utilization • Local geometric optimization method • Optimisation • Reduced traffic flow management actions • Traffic flow management action reduction • Weather forecasting
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