Survey of robotics technologies for civil infrastructure inspection

Alex Junho Lee , Wonho Song , Byeongho Yu , Duckyu Choi , Christian Tirtawardhana , Hyun Myung
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引用次数: 7

Abstract

The demands for infrastructure inspection using autonomous robots have noticeably increased, and the market is expected to grow accordingly. One of the advantages is that autonomous robots can navigate the environment and interact with humans because an inspection of a high-rise building, for instance, is considered an extremely challenging task for a human. Inspection robot systems can be classified as ground, aerial, underwater robots, or types of sensors used for inspection, such as visual or non-visual sensors. Users can choose a specific robot platform for their target and environment among them. This paper reviews various inspection robots and categorizes them according to their automated inspection system to aid the user in a good choice. Especially, unmanned aerial vehicles (UAVs) are preferred among the various robot platforms due to their high manoeuvrability. Thus, two types of aerial inspection robot platforms, such as climbing aerial robots and autonomous drone navigation systems, are introduced in detail.

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民用基础设施检测机器人技术综述
使用自主机器人的基础设施检查需求明显增加,预计市场也将随之增长。其中一个优点是,自主机器人可以在环境中导航,并与人类互动,因为例如,检查高层建筑被认为是一项对人类来说极具挑战性的任务。检测机器人系统可分为地面、空中、水下机器人或用于检测的传感器类型,如视觉或非视觉传感器。用户可以根据自己的目标和环境选择特定的机器人平台。本文综述了各种检测机器人,并根据其自动检测系统对其进行了分类,以帮助用户更好地选择。尤其是无人机,由于其高机动性,在各种机器人平台中备受青睐。因此,详细介绍了攀爬式空中机器人和自主无人机导航系统两种类型的空中巡检机器人平台。
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