SPECIFIC FEATURES OF GRAPHICAL-ANALYTICAL REPRESENTATION OF A PROCESS MODEL OF MANAGING INNOVATION ACTIVITY IN THE FRAMEWORK OF SOFTWARE DEVELOPMENT FOR IMPORT SUBSTITUTION PROJECTS

摘要

The authors have carried out research on the graphical-analytical representation of a process model of managing innovative activity in the framework of software development for import substitution of high-tech IT projects. Unlike the known approaches, the offered aspects of graphical-analytical modeling of a process-based approach in the special subject domain provide both new results concerning the life cycle of software products of import substituting technologies and minimization of administrative costs of the development processes. Taking into account specific features of import substitution projects in the area of IT development, a general graphical diagram of the process model which illustrates composition and the sequence of execution of processes and subprocesses of life cycle of innovative IT developments in the context of a system (for example, in developing import substituting application-oriented or instrumental software as a part of complicated industrial systems) has been proposed. Features of a life cycle of innovative IT solution (innovative software product) with the use of the presented microclassification have been analyzed. The presented results are perspective for elaborating hybrid process and project models, as well as for algorithmization of flexible calculations of administrative prime costs.