Research on autonomous capability assessment technology for large civilian UAVs

Wenqiang Yin, Yalong Wang
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Abstract

Based on its advantages of wide application fields, low manufacturing cost and long working hours, the mission demand of large civilian UAVs in the market is expanding, and their usage patterns and safety features have become the future development direction, which has put forward higher requirements on the autonomous capability of UAVs. Carrying out the autonomous capability assessment of large civil UAVs is of great significance to their market positioning and application scenarios. In this paper, an autonomous capability assessment method is proposed for large civil UAVs. The method classifies the autonomous capability level of large civil UAVs, then sorts out the autonomous capability evaluation elements, and finally determines the autonomous capability flight test verification content and formulates corresponding assessment guidelines, which can provide guidance for the autonomous capability assessment of large civil UAVs and that can also provide guidance for other types of UAVs.
大型民用无人机自主能力评估技术研究
基于其应用领域广、制造成本低、工作时间长的优势,市场上大型民用无人机的任务需求不断扩大,其使用模式和安全特性成为未来的发展方向,这对无人机的自主能力提出了更高的要求。开展大型民用无人机自主能力评估对其市场定位和应用场景具有重要意义。提出了一种大型民用无人机自主能力评估方法。该方法对大型民用无人机的自主能力等级进行分类,然后对自主能力评估要素进行梳理,最后确定自主能力飞行试验验证内容并制定相应的评估导则,可为大型民用无人机的自主能力评估提供指导,也可为其他类型无人机提供指导。
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