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A Comparative Overview of Accident Forecasting Approaches for Aviation Safety

Semantic Scholar · Article (Journal of Physics: Conference Series) · 0d465f809c1f1f5cd8f4d341d8a5c588ddf793b6 · Published 2021-02-01 · Journal of Physics: Conference Series · 3 authors

Abstract and citation only, verbatim from Semantic Scholar; full text lives there. All credit to the authors and Journal of Physics: Conference Series.

Abstract

The demand of air transportation is expected to be doubled over the next two decades as per the recommendations of the International Air Transport Association. This would prompt more aviation safety issues with increased air traffic congestion and load on the air transportation system. To estimate the level of risk and improve the forecasting ability, various methodologies have been proposed by the research community. As each methodology has its pros and cons, this manuscript provides a comparative study of various Data mining, Time series, Artificial Neural Networks, and ensemble Techniques on the aviation safety and forecasting complication. This paper concludes that different methods dealing with different information may be combined to have an outstanding prospective in aviation accident forecasting and to come up with a number of ways of enhancement and their assistance in decision making.

Authors

  • Monika
  • S. Verma
  • Pardeep Kumar

Keywords

  • Engineering
  • Physics
  • Environmental Science
  • Computer Science

Citation

Monika, S. Verma, Pardeep Kumar (2021). A Comparative Overview of Accident Forecasting Approaches for Aviation Safety. Journal of Physics: Conference Series. Semantic Scholar ID 0d465f809c1f1f5cd8f4d341d8a5c588ddf793b6. https://doi.org/10.1088/1742-6596/1767/1/012015 ↗