Modeling of Complex and Diverse Aircraft Trajectories with the Trajectory Synthesizer Generalized Profile Interface

@inproceedings{Lee2015ModelingOC,
  title={Modeling of Complex and Diverse Aircraft Trajectories with the Trajectory Synthesizer Generalized Profile Interface},
  author={A. Lee and M. Wu and Michael Abramson},
  year={2015}
}
A flexible interface for prescribing complex and diverse aircraft trajectories called GenProf was developed and tested on the Center TRACON Automation System (CTAS) software research platform. This interface models various pilot procedures, supports common flight constraints imposed by air traffic control, and allows the building of trajectories in accordance with new flight procedures. In addition to serving trajectory generation for air traffic management decision support tools and concepts… Expand
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References

SHOWING 1-10 OF 37 REFERENCES
The Trajectory Synthesizer Generalized Profile Interface
TLDR
The Generalized Profile Interface was developed to address the number of trajectory types that could be generated in the Trajectory Synthesizer and provides a flexible approach to describe the constraints applied to trajectory generation. Expand
Integrating the Base of Aircraft Data (BADA) in CTAS Trajectory Synthesizer
The Center-Terminal Radar Approach Control (TRACON) Automation System (CTAS), developed at NASA Ames Research Center for assisting controllers in the management and control of air traffic in theExpand
Trajectory Synthesis for Air Traffic Automation
Trajectory synthesis algorithms that are key to the center ‐terminal radar approach control automation system (CTAS) developed at NASA Ames Research Center for air trafe c control automation areExpand
The Efficient Descent Advisor: Technology Validation and Transition
NASA recently completed the development and testing of the Efficient Descent Advisor (EDA) ‐ a trajectory-based tool for en route air traffic controllers that computes Optimized Profile Descent (OPD)Expand
Development and Application of a Method to Reconstruct Aircraft Flight Paths using Surveillance Data
A method to determine trajectory change points - where an aircraft changed heading, altitude, and speed - based on position and trajectory prediction data collected during a Human-in-the-LoopExpand
Trajectory Synchronization between air and ground trajectory predictors
Trajectory Based Operations is a key concept of future air traffic management systems in both the United States and Europe. An overarching goal of Trajectory Based Operations is to reduce theExpand
A Near-Term Concept for Trajectory Based Operations with Air/Ground Data Link Communication
An operating concept and required system components for trajectory-based operations with air/ground data link for today's en route and transition airspace is proposed. Controllers are fullyExpand
MACS: A Simulation Platform for Today's and Tomorrow's Air Traffic Operations
This paper describes the Multi Aircraft Control System (MACS) simulation platform developed in the Airspace Operations Laboratory (AOL) at NASA Ames Research Center. MACS is a comprehensive researchExpand
Design of Center-TRACON Automation System
A system for the automated management and control of terminal area traffic, referred to as the Center-TRACON Automation System (CTAS), is being developed at NASA Ames Research Center. In aExpand
Automated Aircraft Trajectory Prediction Based on Formal Intent-Related Language Processing
TLDR
A new paradigm for the formulation of aircraft trajectory computation and prediction processes is proposed, and a complete trajectory computation process is built as an engine composed through the smart interconnection of several engines. Expand
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