Control of parallel computing in a cyber-physical production environment
2021
The problem of the functional stability of the Industry 4.0 production facility is considered.The structure of cyber-physical system is given, the components of which are controlled through a special purpose network.The communication features of the software control of equipment are determined.The regulation of production processes is provided by built-in automation that supports tools for online modeling of technological processes.Equipment management is performed in an optimization model adequate for parallel computing systems.Communication control mechanisms of cyber-objects are borrowed from the theory of automatic systems and from the theory of networks.Joint calculations allow controlling industrial equipment through the network and adjusting the coefficients of regulators responsible for tuning cyber-physical systems.Improving the manageability of cyber-physical production is based on the modification of command and data flows, adaptively changing for technological tasks.Multipurpose control is implemented through a network that transfers targeted regulatory actions to controlled objects.The presence of computing, control and network components ensure the functional stability of the processes of physical dynamics of production, monitored by software.