Estimation of the Quality of Glide Path Entrance by the Spectra of the Roll Angle Autocorrelation Functions

Hryshchenko, Yurii; Romanenko, V. G.; Chuzha, O. O.; Nych, E.

doi:10.1109/msnmc50359.2020.9255566

Cited by 2 publications

(1 citation statement)

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“…When the autopilot is engaged, it maintains such a position automatically. When approaching along with the Instrument Landing System (ILS), the director display shows the necessary position of the aircraft to maintain the heading and glide path [3], [4].…”

Section: Aim Evaluation Of the Quality Of Piloting Techniques Dependi...mentioning

confidence: 99%

Improving the Methods of Assessing the Quality of Aircrew Piloting Technique

Hryshchenko

Romanenko

Pinchuk

2022

ECS

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The article presents aircraft flight data in the landing approach mode, which was obtained on an integrated flight simulator and in actual flight conditions, processed by various probabilistic-statistical methods. These data were used to assess the quality of flight crew piloting techniques. We have reviewed the methods based on the Neyman–Pearson criterion, and the optimal Bayesian criterion is considered. When using them, we revealed the presence of a deterministic sinusoidal component in the flight parameters. We also used the method of analyzing autocorrelation functions and the method of analyzing the spectra of flight parameters of normalized and unnormalized autocorrelation functions. In a comparative analysis of these methods, we have shown that the most informative approach is the analysis of the spectra of flight parameters of normalized and unnormalized autocorrelation functions. This paper shows that the successful completion of the landing stage largely depends on the accuracy of the aircraft entry to the glidepath intercept point.

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Section: Aim Evaluation Of the Quality Of Piloting Techniques Dependi...mentioning

confidence: 99%