A Study on the Success Cases about AI RPA (Robotic Process Automation) in Manufacturing Industry

Jeongbeom Kim
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Abstract

The main purpose of this paper is to study success cases about AI RPA (Robotic Process Automation) focus on the manufacturing industry. By implementing robotic process automation (RPA), an artificial intelligence solution at the manufacturing site, differentiation strategies such as maintenance of manufacturing systems, process innovation and efficiency, quality improvement, global collaboration system, and simulation of manufacturing business can be realized. Recently, the introduction of artificial intelligence technology that can reduce the manufacturing cost by building BPA around advanced manufacturing companies has been increasing the success of winter innovation. BPA technology is making use of PLM (Product Lifecycle Management) data at manufacturing sites. Data of PLM System, a framework of manufacturing sites, has integrated data that manages all phases of a product’s entire life cycle, from development ideas to disposal, so that the product’s lifecycle is based on three dimensions. In addition, the design is digitally processed, the prototypes are digitally verified, the production processes and production methods are digitally verified, and monitoring and simulation are supported. We will study how to differentiate the competitiveness of manufacturers through the case of building BPA, an artificial intelligence technology, in the manufacturing field.
人工智能RPA(机器人过程自动化)在制造业中的成功案例研究
本文的主要目的是研究以制造业为重点的人工智能RPA(机器人过程自动化)的成功案例。通过在制造现场实施机器人过程自动化(RPA)这一人工智能解决方案,可以实现制造系统维护、流程创新和效率、质量改进、全球协同系统和制造业务仿真等差异化战略。最近,以先进制造企业为中心建立BPA,降低制造成本的人工智能(ai)技术的引进,使冬季创新的成功率不断提高。BPA技术利用了生产现场的PLM(产品生命周期管理)数据。PLM系统的数据是一个制造场所的框架,它集成了管理产品整个生命周期的各个阶段的数据,从开发理念到处置,使产品的生命周期基于三个维度。此外,对设计进行了数字化处理,对样机进行了数字化验证,对生产工艺和生产方法进行了数字化验证,并支持监控和仿真。我们将通过在制造领域建立人工智能技术BPA的案例,研究如何区分制造商的竞争力。”
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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