Predicting Airline Crash due to Birds Strike Using Machine Learning

S. Nimmagadda, S. Sivakumar, Naveen Kumar, D. Haritha
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引用次数: 7

Abstract

The objective of this proposed work is to predict whether the airline crash has occurred due to a bird strike or not by using data mining techniques. Risk and safety are not always guaranteed within the field of aircraft. Bird strikes are dangerous for aircraft due to the relative speed of the plane with reference to the bird. The characteristics of aircraft damage from bird strikes, which is critical enough to make a high risk to continue a safe flight, differs in step with the dimensions of aircraft. Data from the National Transportation Safety Board (NTSB), which records all the aircraft accidents, are used as a training data set for the proposed system. Machine learning is the most effective technology to harnessing the useful information and knowledge from big data. The proposed work intended at building a prediction model using machine learning techniques such as decision trees and Bayesian classifications, which can be very useful in the aviation safety system and is utilized to conjecture the air crafts mishaps ahead of time so that there is an extension to the reduction in aircraft crash rate. The prediction results are range between 80% to 90%. The proposed aircraft crash prediction model is also assessed by using synthetic data sets.
利用机器学习预测鸟类撞击造成的飞机失事
这项拟议工作的目的是通过使用数据挖掘技术来预测飞机坠毁是否由于鸟击而发生。在飞机领域,风险和安全并不总是得到保证。由于飞机相对于鸟的相对速度,鸟撞对飞机来说是危险的。鸟击造成的飞机损伤的特征随着飞机尺寸的不同而不同,这一特征足以使飞机继续安全飞行的风险很高。记录所有飞机事故的美国国家运输安全委员会(NTSB)的数据被用作拟议系统的训练数据集。机器学习是利用大数据中有用信息和知识的最有效技术。建议的工作旨在利用决策树和贝叶斯分类等机器学习技术建立预测模型,这在航空安全系统中非常有用,并用于提前推测飞机事故,从而延长飞机坠毁率的降低。预测结果在80% ~ 90%之间。利用综合数据集对所提出的飞机坠毁预测模型进行了评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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