Lidia V. Gorodnyaya, Sergey E. Demidov, Mikhail D. Kirichenko, Denis D. Tkachenko

Ershov Institute of Informatics Systems, Novosibirsk State University

The article is devoted to issues arising in connection with the problem of measuring the characteristics of languages and programming systems that affect the complexity of software development and the productivity of software applications. Paradigmatic models of languages and programming systems can be useful in systematizing programming languages, assessing their similarities and differences, which allows us to build concise definitions regarding such models. This makes it possible to stratify the presentation of the features of the semantics of programming languages into autonomously developed components in the process of step-by-step development of experimental programming systems and the formation of schemes for studying and teaching system programming.

systematization of programming languages, paradigm models, autonomously developed components, teaching schemes for system programming, concise definitions