THE ENSEMBLE PRINCIPLE AND ANALYTICAL MODEL OF PROJECT WORKFLOW ORGANIZATION

Abstract

The purpose of the author’s fundamental research is to increase the efficiency of processing business processes in automated systems (AS) in the basis of graphic languages by reducing the time spent on their development and processing. The goal is also to improve the success of the processing of workflow diagrammatic models. Moreover, success is understood as meeting the requirements for resource constraints, including functionality, financial component and deadlines. Also, the goal includes improving the quality of diagrammatic models by controlling denotative and significative semantic errors. The business process itself is presented in the form of a diagrammatic workflow model, and process processing refers to the analysis, control, transformation and interpretation of workflow diagrammatic models. The paper contains an analysis of existing approaches to automating the design of workflows in a large design organization. Descriptions of the development of the theoretical foundations for the processing of diagrammatic models of workflows are proposed in the form of a new principle of organizing the flows of design work in the basis of graphic languages – “Ensemble”, a new analytical model of organizing the flows of design work, taking into account orchestration, choreography. The developed principle and model are integrated into the methodology of the structural-semantic approach. A computational experiment based on the developed model is described, which represents the workflows of design work in the design preparation of production and technological preparation of production. This article is one of the follow-up works on the methodology for processing design workflows in the basis of graphic languages.