平行钢铁-从钢铁制造的信息化到智能化体系研究商秀芹1,2，王飞跃1,2，郭朝辉3，孙彦广4.docxVIP

V1.0 平行钢铁: 从钢铁制造的信息化到智能化体系研究 商秀芹1,2，王飞跃1,2，郭朝辉3，孙彦广4 1中国科学院自动化研究所，复杂系统管理与控制国家重点实验室，100190，北京 2 青岛智能产业技术研究院，智能制造研究所， 266109，青岛 3上海宝钢研究院自动化所,201900,上海 4冶金自动化研究院,100071,北京 摘要：平行钢铁融合了工业5.0中的社会物理信息系统CPSS的概念，综合物理系统、信息系统和社会系统的复杂性，通过ACP方法，构建平行演化、闭环反馈、协同优化的钢厂智能化体系。该系统由软件定义的钢厂、计算实验优化与预测智能、虚实互动与引导智能三部分组成。通过软件定义的钢厂构建钢厂人工系统，实现人机料发环各要素的数字化透明化；对钢厂生产计划与管理决策实现计算实验优化与预测智能；采用人工系统统与物理系统的虚实互动实现钢铁制造的智能引导。 关键词：平行钢铁；工业5.0；ACP；CPSS； Parallel Steel-making: from information system to intelligent system for steel manufacturing Xiuqin Shang1, 2, Feiyue Wang1, 2，Chaowei Guo3, Yanchen Sun4 1 The State Key Laboratory for Management and Control of Complex Systems, Institute of Automation, Chinese Academy of Sciences, 100190，Beijing 2 Institute of Smart Education Systems, Qingdao Academy of Intelligent Industries, Qingdao 266109, China 3Department of Automation，RD Institute of Baosteel, 201900, Shanghai 4Automation Research Institute of Metallurgical industry, 100071, Beijing Abstract: Parallel Steel-making integrates the concept of CPSS (Cyber-physical-social system) from industry 5.0, considers the complexity of the physical system, the information system and the social system, based onACP(Artificial system, Computational experiment, Parallel execution) method, is develops intelligent system of steel manufacturing to realize parallel evolution, closed-loop feedback and cooperative optimization. The system consists of three parts: Software Defined Steelworks (SDS), optimization and prediction intelligence using computational experiment, virtual reality interaction and intelligent guidance. The artificial system of steelworks is constructed by SDS for transparentizing and digitizing of the various elements, including workers, machines, materials, methods, environment. The production plan and management decision-making of the steel plant are optimized and predicted by computational experiment method. The intelligent guidance can be realize for steel plant by adopting the interaction between the ar