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Genetic algorithm and support vector machine based aircraft intent inference algorithm in terminal area

机译:终端区基于遗传算法和支持向量机的飞机意图推理算法

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AII aims to infer the most likely future intent based on current aircraft motion states, therefore, it has become an essential method to enhance air traffic situational awareness [1]. Generally, aircraft motion states consist of aircraft IDs, latitude/longitude/altitude coordinates, ground speeds, accelerations and heading angles, which could be directly gained from the surveillance infrastructures like Radars and Automatic Dependent Surveillance-Broadcast (ADS-B) systems. Given current aircraft motion states, one important issue in gaining future air traffic situation prediction is to infer aircraft intent. This is significant because AII plays a fundamental role in conflict detection and avoidance, which hence determines the operational safety of air transportation system.
机译:AII旨在根据当前飞机的运动状态来推断最可能的未来意图,因此,它已成为增强空中交通状况意识的一种必不可少的方法[1]。通常,飞机的运动状态包括飞机ID,纬度/经度/海拔坐标,地面速度,加速度和航向角,这些可以直接从雷达和自动相关监视广播(ADS-B)系统等监视基础结构中获取。在当前飞机运动状态的情况下,获得未来空中交通状况预测的一个重要问题是推断飞机意图。这一点很重要,因为AII在检测和避免冲突中起着根本性的作用,从而决定了航空运输系统的运行安全性。

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