Collaborative Technological Process Planning with 5G Mobile Networks and Digital Tools: Manufacturing Environments' Perspective

Roman Wdowik, R. Ratnayake
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引用次数: 4

Abstract

Technological process planning (TPP) requires an adaptation to the newest industrial trends, such as virtual reality (VR), mobile communication networks (e.g. Fifth Generation (5G) networks), Internet of Things (IoT), etc., to satisfy the frequently changing product demands in different manufacturing environments. TPP also uses the best practices, knowledge of experts and various digital tools (DTs), which have been implemented as software or hardware digital solutions, helping to achieve the anticipated production aims in the digital era. The DTs have been developed in parallel to the latest industrial trends. This paper presents the general notion of a collaborative technological process planning approach (CTPPA), taking into account the capabilities of the latest developments in mobile communication techniques such as 5G mobile networks. It also discusses the levels of communication within a manufacturing environment and several scenarios of the CTPPA, by considering TPP performance. Finally, it presents how the new 5G technology and new DTs can enhance TPP in the near future. It also demonstrates how faster data transfer can change the functionalities of existing DTs and redefine TPP methodologies.
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基于5G移动网络和数字工具的协同工艺流程规划:制造环境的视角
技术流程规划(TPP)需要适应最新的产业趋势,如虚拟现实(VR)、移动通信网络(如第五代(5G)网络)、物联网(IoT)等,以满足不同制造环境下不断变化的产品需求。TPP还利用最佳实践、专家知识和各种数字工具(dt),这些工具已作为软件或硬件数字解决方案实施,有助于实现数字时代的预期生产目标。DTs是与最新的工业趋势同步发展的。本文介绍了协作技术流程规划方法(CTPPA)的一般概念,考虑到移动通信技术(如5G移动网络)的最新发展能力。通过考虑TPP的绩效,本文还讨论了制造环境中的沟通水平和CTPPA的几个场景。最后,介绍了新的5G技术和新的dt如何在不久的将来增强TPP。它还演示了更快的数据传输如何改变现有dtd的功能并重新定义TPP方法。
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