This paper addresses the suitability of simplified models for fast (real-time) trajectory prediction during idle-thrust descents and discusses a technique for quantifying the state uncertainty using parametric models for the aircraft initial position and forecast weather uncertainties. Results suggest that during the typical idle-thrust descent, model simplifications are only useful for short look-ahead projections, as the bias error accumulation quickly exceeds conservative error bounds, necessitating the use of higher fidelity models. Additionally, uncertainty-modelling results indicate that the prediction spreads can be quantified with sufficient accuracy using knowledge of the expected input parameters accuracy.
Accuracy considerations of a simple aircraft trajectory prediction model for idle thrust descents
2013-10-01
1018202 byte
Conference paper
Electronic Resource
English
Accuracy Considerations of a Simple Aircraft Trajectory Prediction Model for Idle Thrust Descents
IEEE | 2013
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