Assessing TRL of HCI Technologies Supporting Shop Floor Workers

F. J. Lacueva-Pérez, Jayden Khakurel, P. Brandl, L. Hannola, M. Bandres, Marlene Schafler
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引用次数: 4

Abstract

Successful worker-centered Industry 4.0 solutions depend on the maturity of the technologies supporting workers' interaction with information systems. This paper discusses the methodology we followed while creating and updating the FACTS4WORKERS approach for monitoring available technologies together with an assessment of their readiness for being used on industrial shop floors. Our approach is based on the creation of a taxonomy of technologies to be considered and the assessment of their readiness following an adaptation of the technology readiness assessment methods defined by National Aeronautics and Space Administration (NASA) or European Space Agency (ESA). Further, the approach discussed can be cost-effective, productive, and easily adopted by any company, especially small and medium sized enterprises, which are considering starting an ICT project (with a substantial human computer interaction component). While our approach focuses on technology maturity, we believe that other aspects could also be evaluated to determine the readiness level of a technology to be used on the shop floor, including, for example, the expected benefits for the workers or remaining technology challenges.
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评估支持车间工人的HCI技术的TRL
成功的以工人为中心的工业4.0解决方案取决于支持工人与信息系统交互的技术的成熟度。本文讨论了我们在创建和更新FACTS4WORKERS方法时所遵循的方法,该方法用于监控可用技术,并评估它们是否准备好用于工业车间。我们的方法是基于要考虑的技术分类的创建,并根据美国国家航空航天局(NASA)或欧洲航天局(ESA)定义的技术准备评估方法对其准备情况进行评估。此外,所讨论的方法具有成本效益,生产力高,并且易于被任何公司采用,特别是正在考虑启动ICT项目(具有大量人机交互组件)的中小型企业。虽然我们的方法关注的是技术成熟度,但我们相信也可以评估其他方面,以确定在车间中使用的技术的准备程度,包括,例如,对工人的预期利益或剩余的技术挑战。
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