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Realization of an Optimal Production Plan in a Smart Factory with On-line Simulation

机译:在线模拟实现智能工厂的最佳生产计划

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The successful improvement of the competitiveness of companies depends largely on the efficiency of assembly and handling systems and processes. Their efficiency can be increased by various optimization methods, especially with regard to cost reduction, shortening of throughput times, delivery times, increased utilization of plant capacity, etc. One of the most effective methods for optimizing such systems is optimization with online simulation. In this paper we present an innovative expert system and an innovative methodology of online simulation, where we have extended the conventional offline simulation with digital twin and digital agents. This has enabled the continuous control and ongoing optimization of the real production system and process. We have combined the digital AHSP with the real system via the cloud, thus creating all the necessary framework conditions for the online simulation and thus developing an expert system. The expert system is in constant connection with the real system and constantly monitors and optimizes it. The methodology for intelligent algorithms, digital agents and digital twins provides a framework for their practical application in a real production environment.
机译:公司竞争力的成功改善主要取决于大会和处理系统和流程的效率。它们的效率可以通过各种优化方法增加,特别是关于降低成本,缩短吞吐量,交货时间,增加利用植物容量等。优化这种系统的最有效方法之一是在线模拟优化。在本文中,我们提出了一种创新的专家系统和在线模拟的创新方法,我们已经使用数字双单和数字代理进行了传统的离线模拟。这使得实际生产系统和过程的连续控制和持续优化。我们通过云将数字AHSP与真实系统组合,从而为在线模拟创建了所有必要的框架条件,从而开发了专家系统。专家系统与真实系统不断连接,并不断监视并优化它。智能算法,数字代理和数字双胞胎的方法提供了一种在实际生产环境中的实际应用的框架。

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