G. V. Rybina1, Yu.M. Blokhin2, E.S. Fontalina3, I.A. Sorokin4, L.S. Tarakchyan5

1–5 Federal State Budgetary Educational Institution of Higher Vocational Education National Research Nuclear University MEPhI (Moscow, Russia)
 

Currently problem-oriented methodology of automated construction of a wide class of integrated expert systems (static, dynamic, training). These systems contain scalable architecture and extensible functionality. This methodology is unique and there are no analogues in Russia and abroad.

Intelligent software technology and a few versions of unique new generation domestic toolkit is theoretically proofed, developed and experimentally researched basing on this methodology. This toolkit is named AT-TECHNOLOGY and relates to workbench class. It is used for support of designing, development and maintaining of IES during all the lifecycle stages.

Research version of AT-TECHNOLOGY workbench over performs foreign leaders in development of intelligent systems (for instance, G2 Gensym Corp., USA) by a set of different criteria.

Overall, a new intelligent software technology was developed for the use of the facilities of the AT-TECHNOLOGY workbench for developing the most complex class of IES – dynamic IES. These IES are oriented to dynamic representation of the domain and solving dynamic problems. An important feature of this technology is the intellectualization of the actions of knowledge engineers (knowledge analysts) through the use of technological knowledge in the form of standard design procedures and reusable components of previous projects, which makes it possible: on the basis of the model of the architecture of the projected IES, to automatically generate plans for prototyping IES, thereby reducing the intellectual load and risks of erroneous actions; significantly reduce the cost and time costs for the development of applied PECs at the stages of analyzing system requirements and design both through the automation of routine operations and by automated acquisition of knowledge from various sources (experts, EY texts, databases), etc.

The purpose of the work is to analyze some of the results of the development of the basic components of the intelligent software environment of the AT-TECHNOLOGY workbench intended for automation and intellectualization of the processes of building IES with different architectural typology on the basis of a problem-oriented methodology.

Rybina G.V., Blokhin Yu.M., Fontalina E.S., Sorokin I.A., Tarakchyan L.S. Intelligent software environment of the AT-TECHNOLOGY workbench: some aspects of application for construction integrated expert systems. Information-measuring and Control Systems. 2018. V. 16. № 8. P. 19–26. DOI: https://doi.org/10.18127/j20700814-201808-03 (in Russian)

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