“Industrie 4.0” and Smart Manufacturing: A State of the Art Review

A. Hassan, L. Al-Kindi, Amjad Barzan Abdulghafour
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Abstract

Smart Manufacturing is the deployment of big data processing, artificial intelligence, and sophisticated robotics technology, as well as their interconnectedness, to improve manufacturing performance and optimize energy and labor needs. To ensure a new development engine, the industrial sector wants to increase its competitiveness through the convergence of innovative ICT (Information and Communication Technology). Smart Manufacturing represents the Fourth Industrial Revolution and a New Paradigm. It is a set of cutting-edge technologies that facilitate effective and precise engineering decision-making in real time through the introduction of various ICT technologies and their convergence with current manufacturing technologies. This article describes and explores the smart manufacturing system, outlines its present stage of implementation, and discusses its accompanying technologies and their contributions to smart manufacturing technology. Moreover, a survey of the most recent advancements in this field and their effects, as well as the implementation challenges, opportunities, and future directions for smart manufacturing systems, were analyzed and presented in order to realize this rapidly expanding technology and cover all of its dimensions. The purpose of the literature study in this paper is to get a comprehensive understanding of smart manufacturing planning methodologies. Several papers and books produced over the previous five years are evaluated with a focus on the applications and kinds of systems.
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“工业4.0”与智能制造:最新进展综述
智能制造是大数据处理、人工智能和复杂机器人技术的部署,以及它们之间的互联性,以提高制造性能,优化能源和劳动力需求。为了确保新的发展引擎,工业部门希望通过创新ICT(信息和通信技术)的融合来提高竞争力。智能制造代表着第四次工业革命和新范式。它是一套尖端技术,通过引入各种ICT技术及其与当前制造技术的融合,实时促进有效和精确的工程决策。本文对智能制造系统进行了描述和探讨,概述了智能制造系统目前的实施阶段,并讨论了智能制造系统的相关技术及其对智能制造技术的贡献。此外,对该领域的最新进展及其影响,以及智能制造系统的实施挑战,机遇和未来方向的调查进行了分析和介绍,以实现这一快速扩展的技术并涵盖其所有维度。本文文献研究的目的是全面了解智能制造规划方法。在过去的五年里,一些论文和书籍被评估,重点是应用和系统的种类。
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