The article proves the relevance of automation of the task of selecting tools in the
process of managing the life cycle of a software product. The peculiarities of this problem are
singled out, which allow attributing it to the problems of artificial intelligence. The use of the
ontological approach in the construction of the knowledge representation model for solving
this problem in an intelligent information system is substantiated. Functional modeling of the
process of selecting software development tools was carried out, and the main functions of the
intellectual system implementing this process were identified. The analysis of the
requirements for the construction and implementation of an intellectual system for selecting
software development tools was carried out. A system architecture is proposed that includes a
knowledge base, an application server, and a user application. An ontological model of
knowledge base of an intellectual system is developed, consisting of many classes of domain
and their instances, set of relations and axioms of ontology. The object model of the system
and its subsystems is constructed. The format of knowledge representation with which the
smart system application server works is described. Integrated means of representation of
knowledge in the intellectual system of selection of tools for software product development
have been developed. The developed intellectual system allows to provide reduction of
material and time expenses for search of the coordinated decision on a choice of tools of
development of a software product.
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Balashova Irina Yuryevna
Candidate of Technical Sciences, Associate Professor
Email: irs-80@mail.ru
Penza State University
Penza, Russian Federation
Dzyuba Elena Anatolievna
Email: aliase@yandex.ru
Penza State University
Penza, Russian Federation
Proshkina Elena Nikolaevna
Candidate of Technical Sciences, Associate Professor
Email: enp58@list.ru
Penza State University
Penza, Russian Federation
