A Human-In-The-Loop simulation was conducted in January of 2013 in the Airspace Operations Laboratory at NASAs Ames Research Center. The simulation airspace included two en route sectors feeding the northwest corner of Atlantas Terminal Radar Approach Control. The focus of this paper is on how uncertainties in the studys trajectory predictions impacted the controllers ability to perform their duties. Of particular interest is how the controllers interacted with the delay information displayed in the meter list and data block while managing the arrival flows. Due to wind forecasts with 20-knot over-predictions and 20-knot under-predictions, delay value computations included errors of similar magnitude, albeit in opposite directions. However,...
An exploratory human-in-the-loop study was conducted to better understand the impact of Dynamic Airs...
To facilitate the increasing amount of air traffic, current and future decision support tools for ai...
NASA has developed an integrated arrival-management solution for terminal area precision scheduling ...
This paper presents a case study of how factors such as wind prediction errors and metering delays c...
Air traffic control automation synthesizes aircraft trajectories for the generation of advisories. T...
A concept for aiding air traffic controllers in efficiently spacing traffic and meeting scheduled ar...
In a human-in-the-loop simulation, two air traffic controllers managed identical airspace while burd...
Future air traffic environments have the potential to exceed human operator capabilities. In respon...
Includes bibliographical references (pages 55-56)Predicted increases in air traffic are driving a pa...
A recent human-in-the-loop simulation in the Airspace Operations Laboratory (AOL) at NASA's Ames Res...
The development of a broad array of human performance models varying in complexity has greatly enhan...
This paper examines the performance of a system that performs automated conflict resolution and arri...
Trajectory-based controller tools developed to support a schedule-based terminal-area air traffic ma...
Trajectory prediction is central to separation assurance, because it is necessary to accurately pred...
The rapidly increasing costs of flight operations and the requirement for increased fuel conservatio...
An exploratory human-in-the-loop study was conducted to better understand the impact of Dynamic Airs...
To facilitate the increasing amount of air traffic, current and future decision support tools for ai...
NASA has developed an integrated arrival-management solution for terminal area precision scheduling ...
This paper presents a case study of how factors such as wind prediction errors and metering delays c...
Air traffic control automation synthesizes aircraft trajectories for the generation of advisories. T...
A concept for aiding air traffic controllers in efficiently spacing traffic and meeting scheduled ar...
In a human-in-the-loop simulation, two air traffic controllers managed identical airspace while burd...
Future air traffic environments have the potential to exceed human operator capabilities. In respon...
Includes bibliographical references (pages 55-56)Predicted increases in air traffic are driving a pa...
A recent human-in-the-loop simulation in the Airspace Operations Laboratory (AOL) at NASA's Ames Res...
The development of a broad array of human performance models varying in complexity has greatly enhan...
This paper examines the performance of a system that performs automated conflict resolution and arri...
Trajectory-based controller tools developed to support a schedule-based terminal-area air traffic ma...
Trajectory prediction is central to separation assurance, because it is necessary to accurately pred...
The rapidly increasing costs of flight operations and the requirement for increased fuel conservatio...
An exploratory human-in-the-loop study was conducted to better understand the impact of Dynamic Airs...
To facilitate the increasing amount of air traffic, current and future decision support tools for ai...
NASA has developed an integrated arrival-management solution for terminal area precision scheduling ...