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首页> 外文期刊>Scientific Journal of Silesian University of Technology: Series Transport >ASSESSMENT OF AN UNMANNED AIRCRAFT SYSTEM’S AIRWORTHINESS FOR CERTIFICATION
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ASSESSMENT OF AN UNMANNED AIRCRAFT SYSTEM’S AIRWORTHINESS FOR CERTIFICATION

机译:评估无人机系统的可适应性认证

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This article shows that there is a need to carry out the certification process of the system of Unmanned Aircraft Systems (UAS) as an element conditioning the safety of their operation. The published statistics related to the operation of this type of technical objects were presented and analysed stating that one of the causes of incidents and accidents involving the unmanned aircraft mostly includes failure of components of the unmanned aircraft systems. Considering the lack of definitive formulated legislation and procedures in this area, it gains particular importance. Bearing in mind the review nature of this article, it also introduces basic information on the certification of unmanned aircraft systems, according to standardisation agreements of the North Atlantic Treaty Organisation (NATO). Furthermore, this article presents the characteristics of unmanned aircraft systems, especially for this class of devices, in case of their failure there is no ultimate level of safety guarantee, which is the human factor – operator action.
机译:本文表明,需要执行无人机系统(UAS)系统的认证过程作为其操作安全性的元素调节。展示和分析了与这种类型技术对象的操作相关的公布统计数据,说明了涉及无人机的事故和事故的原因之一主要包括无人机系统的组件的失败。考虑到这一领域缺乏明确的制定立法和程序,它会特别重要。根据北大西洋条约组织(北约)的标准化协议,考虑到这篇文章的审查性质,还介绍了有关无人机系统认证的基本信息,根据北大西洋条约组织(北约)的标准化协议。此外,本文介绍了无人驾驶飞机系统的特点,特别是对于这类设备,如果发生故障,则没有最终的安全保障水平,这是人为因素 - 运营商行动。

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