The old site is available at the link: https://old.spbgasu.ru/
Ру

Kostyunina Tatiana N.

Position

Associate professor

Academic degree

PhD of Engineering Sciences (1987)

Academic title

Associate professor (1997)

Faculty

Faculty of Civil Engineering

Department

Department of Information Systems and Technologies

Address

4, 2nd Krasnoarmeiskaya Str., St Petersburg, 190005

Phone +7 (812) 575-05-49
E-mail pmi@spbgasu.ru
Work time

15.01.2019

Basic information

Education

Specialty: Electronics (Leningrad Institute of Aviation Instrumentation, 1975)

Subjects to be read

  • Information Analysis Systems;
  • Internet Marketing;
  • Virus Science;
  • Software Packages;
  • Cryptography.

Professional interests

  • Information safety;
  • Analysis and modeling of business plans;
  • Teaching methods of Computer Science.

Scientific interests

  • Model and methods of risk management;
  • Neural network classification of objects.

The most significant publications

Textbooks

  1. Kostyunina, T. N. Information technologies in the economy: course of lectures. Specialty 080502 "Economics and management at the enterprise (customs)" / T. N. Kostyunina. - St Petersburg: St Petersburg V.B. Bobkov Branch of the Russian Customs Academy, 2011. - 140 p.
  2. Kostyunina, T. N. Modern information technologies in economic science and practice: course of lectures / T. N. Kostyunina. - St Petersburg: St Petersburg V.B. Bobkova branch of the Russian Customs Academy, 2012. - 229 p.
  3. Kostyunina, T. N. Legal informatics: course of lectures. Specialty 030501 "Jurisprudence" / T. N. Kostyunina. - St Petersburg: St Petersburg V.B. Bobkov Branch of the Russian Customs Academy, 2012. - 75 p.

Monographs

  1. Kostyunina, T. N. Probabilistic modeling of operational banking risks / T. N. Kostyunina. - St Petersburg: MBI Publishing House, 2010. - 91 p.
  2. Kostyunina, T. N. Information and analytical systems in the field of foreign economic activity / T. N. Kostyunina. - St Petersburg: St Petersburg V.B. Bobkov Branch of the Russian Customs Academy, 2012. - 97 p.

Articles

Scopus

  1. Kostyunina T. Data Mining Technologies for Analysis of Cyber Risks in Construction Energy Companies. Advances in Intelligent Systems and Computing. 2019. Vol. 983. P. 185–192.
  2. Kostyunina T. Methodology for Designing an Operational Banking Risks Monitoring System. IOP Conf. Series: Journal of Physics: Conference Series. Enterprise Information systems. 2018. 1015. 042023.
  3. Kostyunina T. Classification of operational risks in construction companies on the basis of big data. MATEC Web of Conferences. Vol. 193, 05072.

RSCI

  1. Kostyunina, T. N. Data mining technologies for analysis of cyber risks in construction energy companies / T. N. Kostyunina // Academic Bulletin of Rostov branch of the Russian Customs Academy. – 2011. – No. 1 (10). – P. 160–163.
  2. Kostyunina T.N. Simulation of operational bank risks. X international scientific-practical conference «Actual Problems of Economy and New Technologies of Teaching». Vol. 3. St Petersburg, 2011. P. 45–49
  3. Kostyunina, T. N. Use of a program Deductor Studio for the analysis of the imported-export activities of an enterprise / T. N. Kostyunina // Scientific Notes of the International Banking Institute. – 2014. – No. 8–2. – P. 41–45.
  4. Kostyunina, T. N. Management of operational bank risks in business game on the basis of Web-technologies / T. N. Kostyunina // Scientific Notes of the International Banking Institute. – 2014. – No. 7. – P. 135–143.
  5. Kostyunina, T. N. Software analysis of foreign economic activity of the company / T. N. Kostyunina // Scientific Notes of the International Banking Institute. – 2015. – No. 11 (2). – P. 80–87.
  6. Kostyunina, T. N. Application of OLAP-technologies for the analysis of foreign economic activity of an enterprise / T. N. Kostyunina // Actual problems of economics and new teaching technologies (Smirnov Readings): materials of the XVII International scientific and practical conference. International Banking Institute. - St Petersburg: MBI Publishing House, 2018. - P. 57–62.