Artificial intelligence

Abstract: In the article the method of construction of a solver of problems of intelligent software by transformation of its early models to its design models is presented. The representations of all these models are convenient both for the person and for program processing. Based on this method intelligent software engineering and supporting tools will make for a maintenance of such system.

Keywords: authentication, intelligent problem solver, hierarchical semantic network, intelligent software maintenance

References:

1. Belotserkovtseva LD Experience in the automation of the medical staff of the perinatal center of the city of Surgut / LD Belotserkovtseva / / Federal handbook "Health of Russia." - 2010. - T. 9. - S. 469-474.
2. Kleshchev AS, Vladimir Gribov, intelligent control systems. Izvestiya. Theory and control systems. 2010. Number 6. S. 122-137.
3. Shalfeeva EA Semantic representation of the model solver Intelligent Systems / EA Shalfeeva / / Proceedings of the III International. nauchn.-technical. Conf. "Open the semantic technology of intelligent systems» (OSTIS-2013) / [Br. Ed.: VV Golenkov]. - Minsk: BSUIR, 2013. - S. 257-264.
4. Agent-based approach to the development of intelligent web-services / [Vladimir Gribov, ticks, AS, DA Krylov and others] / / Proceedings of the Congress on Intelligent Systems and Information Technology «IS & IT'12». - Moscow: Fizmatlit, 2012. - T. 1. - S. 218-223.
5. Shalfeeva EA Development of a model configuration for the managed agent-based declarative programming solvers / EA Shalfeeva - Vladivostok: IACP, 2012. - 48.
6. Pressman R.S. Software Engineering: Practitioner's Approach / RS Pressman // Fifth edition. - McGrawHill Inc., 2001. - 860 p.
7. Kleschev AS System analysis in the automation of intellectual profession / AS Ticks, EA Shalfeeva // XIII National Conference on Artificial Intelligence with international participation "KII-2012",16-20 October 2012 - ISBN: 978-5-361-00182-8 Conference Proceedings, Volume 2. - Belgorod State Technological University Publishing House, 2012. - S. 128-135.
8. Kleshchev AS, Chernyakhovskaya MY, Moskalenko FM Model ontology «Medical diagnostics». Part 1: Informal description and definition of basic terms / AS Ticks, M. Chernyakhovskaya, FM Moskalenko // Journal of STI. - 2005. - № 12. - Series 2.
9. Moskalenko FM Diagnostic algorithm, based on a real ontology for multiprocessor computer / FM Moskalenko // Report Paco2006. - Publisher: Institute of Control Sciences. VA Trapeznikova RAS, 2006.
10. Mori G. CTTE: support for developing and analyzing task models for interactive system design / G. Mori, F. Paternò, C. Santoro // IEEE Trans. Softw. Eng. – № 28(8). – С. 797-813.
11. Bass L., Software Architecture in practice / Bass, L., Clements, P., R. Katzman. - 2nd ed. - L.: Peter, 2006. - 576 p.