engleski

Complex Adaptive Manufacturing System Concept as a Cyber-Physical System: Solutions to the Covid – 19 Pandemic Challenges

This chapter reviews some of the research on cyber-physical manufacturing systems. The new model of a complex adaptive manufacturing system representing a factory is developed in the form of a cyber-physical system. The developed CAMS model allows the integration of physical, cyber and social elements of the functional environment. The main advantage of the new model CAMS is that (1) the elements of the cyber system of the CPPS enable the management of production systems in real time, through the realization of the digitized and cybernetic functions of the CPPS, and (2) the connectivity of CAMS with other elements and systems through the production networks without geographical and temporal constraints. The implementation of the CAMS concept based on the CPPS concept in the real industrial environment is a challenge for further research in the field of CPPS, thus contributing to the research towards Industry 4.0. The implementation of the developed CAMS model is of particular importance during the SARS-CoV-2 pandemic. The developed CAMS model enables the management, control and monitoring of manufacturing systems in real time, by realizing the digitized and cybernetic functions of the CPPS. The developed model CAMS enables human-to-machine and inter-Subject communication without contact, which is particularly important from the point of view of epidemiological measures to prevent the spread of the SARS-CoV-2 pandemic. By implementing this model of production systems, people (the Subjects) can very easily work from home and thus influence the spread of the SARS-CoV-2 pandemic. The physical contacts of the workers (the Subjects) in the production systems will be reduced to ensure a safe distance, thus reducing the probability of infection with the COVID-19 virus.

Cyber-Physical Production System

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