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Probability of conflict analysis of 3D aircraft flight based on two-level Markov chain approximation approach

机译:基于两级马尔可夫链近似方法的3D飞机飞行冲突分析的概率

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摘要

This paper introduces a new approach of Markov chain approximation for the reachability analysis of stochastic systems and particularly for computing the probability of conflict during aircraft flight. Two-level Markov chains are designed to achieve a better compromise between accuracy and computation time compared with the one-level Markov chain approximation. We used a simplified aircraft dynamics model of the aircraft-to-airspace conflict prediction problem. However, the new approach in this paper can also be applied to the aircraft-to-aircraft conflict prediction problem. Numerical example is studied to analyze the probability of conflict using the two-level Markov chain approximation. The results show that the approach obtains accurate estimation of the probability of conflict with an acceptable running time.
机译:本文介绍了一种新的马尔可夫链逼近方法,用于随机系统的可达性分析,尤其是用于计算飞机飞行过程中发生冲突的可能性。与单级马尔可夫链近似相比,设计两级马尔可夫链可在精度和计算时间之间取得更好的折衷。我们使用了飞机与空域冲突预测问题的简化飞机动力学模型。但是,本文中的新方法也可以应用于飞机与飞机之间的冲突预测问题。数值算例研究了使用两级马尔可夫链近似分析冲突的可能性。结果表明,该方法可以在可接受的运行时间内获得准确的冲突概率估计。

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