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Adaptive Algorithm to Improve Trajectory Prediction Accuracy of Climbing Aircraft

机译：提高爬升飞机弹道预测精度的自适应算法

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Charles A. Schultz; Alan G. Lee; Steven H. Chan;
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年度 2016
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1. Adaptive Algorithm to Improve Trajectory Prediction Accuracy of Climbing Aircraft [J] . David P. Thipphavong, Charles A. Schultz, Alan G. Lee, Journal of guidance, control, and dynamics . 2013,第1期

机译：提高爬升飞机轨迹预测精度的自适应算法
2. Aero-propulsive modelling for climb and descent trajectory prediction of transport aircraft using genetic algorithms [J] . T. Baklacioglu, M. Cavcar The Aeronautical Journal . 2014,第1199期

机译：基于遗传算法的运输飞机爬升和下降轨迹的航空推进建模
3. Learning the aircraft mass and thrust to improve the ground-based trajectory prediction of climbing flights [J] . R. Alligier, D. Gianazza, N. Durand Transportation research . 2013,第nova期

机译：学习飞机的质量和推力，以改善爬升飞行的地面轨迹预测
4. Performance of an Adaptive Trajectory Prediction Algorithm for Climbing Aircraft [C] . Young Park, David P. Thipphavong Aviation technology, integration, and operations conference . 2013

机译：飞机爬升的自适应轨迹预测算法的性能
5. The impact of aircraft digital weather data in an adaptive observation strategy to improve the ensemble prediction of hurricanes. [D] . Bensman, Edward LeRoy. 2000

机译：飞机数字天气数据对自适应观测策略的影响，以改善飓风的总体预报。
6. Top-of-Climb Matching Method for Reducing Aircraft Trajectory Prediction Errors [O] . David P. Thipphavong -1

机译：减少飞机轨迹预测误差的爬山匹配方法
7. Learning the aircraft mass and thrust to improve the ground-based trajectory prediction of climbing flights [O] . Alligier Richard, Gianazza David, Durand Nicolas 2013

机译：学习飞机的质量和推力，以改善爬升飞行的地面轨迹预测
8. Adaptive Trajectory Prediction Algorithm for Climbing Flights [R] . Schultz, CA, Thipphavong, D P, Erzberger, H 2012

机译：爬升飞行的自适应轨迹预测算法

Adaptive Algorithm to Improve Trajectory Prediction Accuracy of Climbing Aircraft

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