Modeling and Simulation

Dynamic ATM Research Technology (DART) is a weather-aware, runway-to-runway, superfast-time National Airspace System (NAS) / Air Traffic Management (ATM) simulation model. DART can process a highly complex day-in-the NAS scenario with 50,000 flights, major airports, their runways, weather-dependent runway relationships, departure/arrival procedures, hundreds of sectors, weather, reroutes, aircraft sequencing, spacing, delays, cancellations and a multitude of Traffic Management Initiatives (TMIs) in two minutes on a standard PC – i.e., many times faster than competing products, without sacrificing simulation accuracy. While other models pre-process sector and runway capacities as a stand-in for weather impact, DART evaluates the location and intensity of weather (forecast or actual) and, in addition to adjusting airspace and airport capacity, will create operationally realistic “pathfinding” for tactical weather avoidance. Significant effort is applied to ensure proper DART model validation vs. historical observations. 

DART is useful for:

  •  Unavoidable Weather Impact Analysis
  • Opportunities for Delay Mitigation Winter Weather Climatology / Impact Analysis for Stakeholder Decision-Mapping
  • Operational Benefit Analysis for Collaborative Air Traffic Management (CATMT) Program: Final Investment Decision
  • Storm-related Time of Wind Return / Terminal Wind Shift Cessation Predictability 
  • Terminal Airspace Wind Shear Compression Event Identification and Forecast Performance 
  • Thunderstorm, Ceilings/Visibility and Wind Forecast Accuracy Requirements for Traffic Flow Management Needs: Analysis through Fast-Time Simulations
  • Established-on-RNP Approaches: Procedure Design Alternatives and Analysis