Scientific and Methodological Foundations of Decomposition and Analysis of the Interaction of Processes in the Life Cycle of High-Tech Integrated Control Systems

Abstract

This article provides proves of the refined formulation of the problem of multiprocessor simulation of core and opposing processes' interaction in the life cycle of the control system. For this, decomposition of the end-to-end process in the life cycle of control system is executed; The following processes are separated: organizational processes that reflect a relation of controlling bodies regardless of means of control, organizational- technical processes that reflect relation of controlling bodies considering means of control, and technological processes that reflect relation of means of control. Such approach to the representation of the structure of processes can also be applied to the study of opposing processes. Interaction at the process level is considered in relation to the main attributes of the processes: the inputs and outputs of the processes, process control, and the resources involved for its implementation. It is proposed that the complex multi-process model of a high-tech control system be based on the scheme of interaction of processes in the life cycle and the basic model of interaction of the core and opposing processes within each type of process, which basically uses the unified attributes of the typical process. In this case, the basic model is presented based on unified object-oriented modules, reflecting the operation of the control system in the form of multi-directional interaction of the elements of the end-to-end process.

Keywords

• high-tech integrated control system
• system life cycle
• decomposition of end-to-end process
• process classification
• basic and complex multiprocess model