基于主观因素的训练飞行横向冲突模型

Kaijun Xu, Yusheng Yao, Shanshan Li
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引用次数: 1

摘要

基于人为主观因素的飞行横向冲突模型一直是飞行训练领域的研究热点。为了有效地评估训练空域的安全区间和横向碰撞风险,本文建立了飞行员主观因素模型。利用飞行性能成形因子对低空复杂飞行的横向冲突风险进行了研究。通过对国内某飞行训练机构飞行数据的分析,指出特定训练空域的横向碰撞风险满足国际民航组织安全目标水平的要求。圆程序和八字程序的碰撞风险为2。9264 × 10−13和3。19232 × 10−13。结果表明,基于主观因素的训练飞行横向冲突模型是分析低空复杂飞行碰撞风险的有效方法。以及现代航海的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lateral Conflict Model of Training Flight Based on Subjective Factors
The flight lateral conflict model which is based on human subjective factors has always been a research hotspot for training flight. In order to effectively evaluate the safety interval and lateral collision risk in training airspace, in this paper, pilot subjective factors were modeled. It was studied in lateral conflict risk of low altitude complex flight by flight performance shaping factor. By analyzing flight data of a flight training institution in China, it is pointed that the lateral collision risk in specific training airspace meets the requirement of safety target level of international civil aviation organization. The collision risk of circle procedure and eight characters procedure is 2 . 9264 × 10 − 13 and 3 . 19232 × 10 − 13 . The results indicate that the lateral conflict model of training flight based on subjective factors is an effective method to analyze collision risk of low altitude complex flight. and method of modern navigation.
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