Production Systems Performance Optimization through Human/Machine Collaboration

Paul-Eric Dossou, Valentin Verdier, Alan Ogor
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Abstract

The growth of enterprises is a constant source of research and development of new technologies. Indeed, to stand out from the competition and optimize their production, companies are moving toward the centralization of information and the implementation of machines. This dynamic requires a significant investment in terms of organization and research. Industry 4.0 is therefore at the heart of this reflection, as shown in the literature. It brings together many technologies, such as Artificial Intelligence (AI), the Internet of Things (IoT), and Big Data. This chapter focuses on company performance optimization through a sustainable Industry 4.0 framework involving methodologies such as lean manufacturing and DMAIC, new technologies as robotics, in addition to social, societal, and environmental transformations. This chapter will present robotic displacement solutions adapted to the industrial environment for improving production systems performance. Solutions for human-machine interaction problems such as human-machine interface or flexibility 4.0 will be shown.
通过人机协作优化生产系统性能
企业的成长是新技术研发的不断源泉。事实上,为了在竞争中脱颖而出并优化生产,公司正朝着信息集中和机器实施的方向发展。这种动态需要在组织和研究方面进行重大投资。因此,正如文献所示,工业4.0是这一反思的核心。它汇集了许多技术,如人工智能(AI)、物联网(IoT)和大数据。本章侧重于通过可持续的工业4.0框架来优化公司绩效,该框架涉及精益制造和DMAIC等方法,机器人等新技术,以及社会,社会和环境转型。本章将介绍适应工业环境的机器人位移解决方案,以提高生产系统的性能。将展示人机界面或灵活性4.0等人机交互问题的解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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