Parallelization Applied to the Synthesis Methodology and Operation of Complex Systems Based on the Analysis and Modelling of their Physical and Chemical Processes

Authors of the article draw their attention to the study of methodological decomposition and parallelization applied for the tasks of synthesis and operation of complex physical and chemical systems in order to develop a horizontally scalable distributed information system. This system relies on algorithms rooted in a unified approach to the description and modelling of variable physical and chemical processes in the systems under investigation. Then the results of process modelling are applied to synthesize this system model. This model in its turn is used for the tasks of synthesis and operation of studied complex systems. In terms of user interface, the information system of this kind is expandable over various practical domains associated with complex physical and chemical systems (power engineering, chemical technology, cellular biology, meteorology, etc.).