Augmented Reality for Quality Inspection: A User-Centred Systematic Review of Use Cases, Trends and Technology
Augmented Reality for Quality Inspection: A User-Centred Systematic Review of Use Cases, Trends and Technology
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DOI：
10.1109/ismar-adjunct60411.2023.00038
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发表时间：
2023-10
期刊：
影响因子：
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通讯作者：
Alexander Albers;Thomas Bohné;S. Tadeja
中科院分区：
文献类型：
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作者：
Alexander Albers;Thomas Bohné;S. Tadeja
基于增强现实 (AR) 的质量检测 (QI) 有潜力通过提供有关其操作的附加信息和实时反馈来帮助工业操作员。为了充分发挥 AR 的潜力，在设计应用程序时必须考虑用户，因为他们的感知和行为会影响基于 AR 的质量检测系统的有效性。然而，AR 体验的设计如何影响 QI 的性能仍有待探索。为了弥补这一研究空白，我们进行了系统的文献综述，考虑了 27 个用例，并研究了如何从用户的角度解决与 QI 相关的挑战。我们确定了六项往往受益于 AR 的任务，并映射了通用用户界面 (UI) 元素和交互方式。此外，我们还观察了解决设计挑战的概念，例如物理和数字对象的可见性和障碍物。然而，我们还发现当前的系统缺乏对人体工程学和安全要求的关注。
Augmented reality (AR)-based quality inspection (QI) has the potential to aid operators in industry by providing additional information and real-time feedback on their actions. To realise the full potential of AR, users must be considered in the design of applications because their perception and behaviour influence the effectiveness of an AR-based quality inspection system. However, how the design of AR experiences affects the performance of QI remains under-explored. To address this research gap, we conducted a systematic literature review, considered 27 use cases, and investigated how QI-related challenges have been addressed from the user’s perspective. We identified six tasks that tend to benefit from AR and mapped common user interface (UI) elements and interaction modalities. Furthermore, we observed concepts that address design challenges, such as visibility and obstructions of physical and digital objects. However, we also found that current systems lack a focus on ergonomics and safety requirements.