Use of Queuing Models to Estimate Delay Savings from 4D Trajectory Precision

Abstract: 

The potential benefit from introducing trajectory based operations into the NAS is estimated in this paper. Delay predictions of a stochastic and a deterministic queuing model, which represent high and low levels of trajectory uncertainty, are compared. It is found that delay savings are on the order of 35% in the average case, Delay predictions from the various models are found to be strongly collinear over a wide range of congestion levels.

Author: 
Hansen, Mark
Nikoleris, Tasos
Lovell, David
Vlachou, Kleoniki
Odoni, Amedeo
Publication date: 
January 1, 2009
Publication type: 
Research Report
Citation: 
Hansen, M., Nikoleris, T., Lovell, D., Vlachou, K., & Odoni, A. (2009, January 1). Use of Queuing Models to Estimate Delay Savings from 4D Trajectory Precision. https://www.researchgate.net/publication/228613190_Use_of_Queuing_Models_to_Estimate_Delay_Savings_from_4D_Trajectory_Precision