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Performance Measurement in Sensorized Sociotechnical Manufacturing Environments

机译:传感器化社会技术制造环境中的性能测量

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Industry 4.0 entails the digitization of the shopfloor operations combining technologies such as internet of things-enabled sensing, cyber-physical systems, data analytics, augmented reality, and wearable devices and robots that transform the manufacturing environment into a workplace of human-machine interactive symbiosis. With the digitization of the manufacturing environment, new opportunities emerge concerning performance measurement as new sources of real-time data become available, including data collated from the operator on the shopfloor. Traditionally, the human dimension had been disjoint from the situation analysis of shopfloor performance that drives evidence based decision making. This paper presents the features and advantages of performance measurement in human-workplace interactive manufacturing where detailed data on human performance is provided by sensors and utilized to improve the performance goals. The paper is concluded with a discussion on the impact of context information management for interactive manufacturing workplaces, as a means of delivering more informed situational awareness, a critical enabler for human-machine interaction, as well as for handling complexity in disparate data sources.
机译:工业4.0要求将车间操作数字化,结合了诸如物联网感应,网络物理系统,数据分析,增强现实,可穿戴设备和机器人等技术,这些技术将制造环境转变为人机互动共生的工作场所。随着制造环境的数字化,随着新的实时数据源(包括从操作员在车间收集的数据)的出现,有关性能测量的新机会出现了。传统上,人为因素与车间绩效的情况分析是脱节的,后者会推动基于证据的决策制定。本文介绍了在人工交互制造中性能测量的特点和优势,其中有关人类性能的详细数据由传感器提供,并用于改善性能目标。本文结束时讨论了上下文信息管理对交互式制造工作场所的影响,这是一种提供更全面的情境意识的方法,是人机交互以及处理不同数据源中复杂性的关键推动因素。

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