Elena Alexandrovna Shestova 

+7(863) 437-16-89

Associate Professor

Institute of Radioengineering Systems and Control

E-mail:

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Website:

orcid.org/0000-0002-9699-8455

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orcid.org/0000-0002-9699-8455

Degree: Candidate of Sciences

Personal page in Russian:

https://sfedu.ru/person/eashestova

Personal page in English:

https://sfedu.ru/en/person/eashestova

Research interests:

mathematical modeling of the technical processes and physical phenomena;
design methods of the Information and control systems;
systems of testing knowledge;
methods of the fuzzy logic and artificial intelligence;

Research projects:

2012. Federal Targeted Program (FTP). Joint research project «Support the development of domestic mobility of scientific and scientific-pedagogical personnel through the implementation of scientific research by young scientists and teachers in scientific and educational centers by the scientific field «Mathematics, Mechanics and Computer Science» in the field of: Computer Science» of the Federal Targeted Program " Scientific and scientific-pedagogical personnel of innovative Russia" for 2009-2013, which included the implementation of research and development work «Development and research of models, methods and algorithms for the Data Mining of the state of complex dynamic objects» (LETI).

2014. Southern Federal University. Research work 213.01-07-2014 /02PCHVG on the theme “Development of methods for the multicriteria optimization of parameters of hybrid adaptive intellectual regulators of poorly formalized technical objects”.

14.09.2015-14.12.2015. Russian Foundation for Basic Research (RFBR). PFBR project application N 15-37-50905 мол_нр «Competition of scientific projects performed by young scientists under the guidance of candidates and doctors of sciences in scientific organizations of the Russian Federation», Submitted jointly with the staff of Saint-Petersburg Electrotechnical University (LETI) on the topic « Development of the models and methods for decision-making in the tasks of analyzing the results of testing knowledge in the professional selection of employees in higher education institutions in conditions of uncertainty ».

Teaching:

• Computer technologies of control in technical systems
  Area of study (Code of program) 27.04.04 "Management in technical systems". 1.Computer technologies of management in technical systems. 2.Control systems with the use of industrial controllers LOGO. 3.LOGO programming languages. 4.Control systems with use of S7-200 industrial controllers. 5.S7-200 programming languages.
• Designing of common information space of virtual enterprises
  Area of study (Code of program) 15.04.04 "Automation of technological processes and production". Module 1. The features of the organization and management of the virtual enterprises (VE). The features of the organization and management of the virtual enterprises.The information technology of management of the virtual enterprises. Module 2. Design and Realizations of the information environment of the virtual enterprises. Design of the information environment of the virtual enterprises. Realizations of the information environment of the virtual enterprises
• Modern tools and methods for software development and testing
  Area of study (Code of program) 15.04.04 "Automation of technological processes and production". 1. The aims and problems of discipline. The history of the development of software testing. Basic test concepts. Criteria for the selection tests. Classification of errors and defects. System errors in setting goals and objectives of the creation of software, defects in formation of the requirements specification. Defects in the design of software structure and the creation of design models and algorithmic errors. Programming errors. Defects verification and software testing. Information transmission defects from stage to stage. 2. Standards of quality and testing (IEEE, ISO, GOST). Providing quality of software product. The quality of the construction process. The quality of developed software. The use of standards and technologies throughout the life cycle. 3. Criteria for test sets. Stochastic criteria. Criteria for testing control flow. Criteria for test data streams. Functional criteria. Mutational criteria. 4.Classification of software testing. Unit Testing. Testing of component. Integration testing. Regression testing. Testing of the system. 5. Classification of software testing methods. The method of "White-box". The method of "black box". 6. An overview of modern software tools for testing.
• Modeling of control systems
  Area of study (Code of program) 15.03.04 "Automation of technical and production processes", 17.03.01 "Naval equipment", 27.03.04 "Technical systems management". Course aims: teaching students the methods of mathematical modeling of complex dynamic objects and control systems, types of mathematical models of objects and control processes, methods of constructing and studying mathematical models for optimization and control of technical objects, including using modern methods fuzzy logic.
• Fuzzy modeling in Matlab
  Area of study (Code of program) 15.04.04 "Automation of technological processes and production", 27.04.04 "Management in technical systems". Course objectives (aims): - teaching students the methods of mathematical modeling of complex dynamic objects and control systems using fuzzy logic; - training in types of mathematical models of objects and control processes based on fuzzy logic; - training in the field of construction and research of mathematical models based on fuzzy logic for the optimization and control of technical, economic and social objects. Course contents. Module 1. Formalization of uncertainties. 1. Fuzzy sets. Basic terms and definitions. 2. Formalization of the parameters of control objects using linguistic forms. 3. Application of fuzzy operations. 4. Fuzzy logical inference. Module 2. Decision making models. 5. Basic algorithms of fuzzy inference. 6. Exploring the possibilities of fuzzy modeling in Matlab. Development of Mamdani type fuzzy system in Matlab Fuzzy Logic Toolbox. 7. Situational model of decision making, the basic features. Development of Sugeno fuzzy system in Matlab Fuzzy Logic Toolbox. 8. Fuzzification and defuzzification operations. Exploring Simulink simulation features. 9. Control models in the form of a fuzzy controller.
• Computer technologies of automation and control
  Area of study (Code of program) 15.04.04 "Automation of technological processes and production". 1. Computer technologies of automation and control. 2.Control systems with the use of industrial controllers LOGO. 3.LOGO programming languages. 4.Control and automation systems with use of S7-200 industrial controllers. 5.S7-200 programming languages.
• Distributed computer information-control systems
  Area of study (Code of program) 15.04.04 "Automation of technological processes and production". The objectives of the discipline: the study of modern architectures of distributed computer information-control systems, evaluating the performance of distributed computer information-control systems, the study of the principles of designing distributed computer information-control systems that provide effective networking.
• Workshop on technical and economic calculations in Excel
  Area of study (Code of program) 38.03.06 Commerce. The purpose of studying the discipline: consists in forming students' ideas about spreadsheets as a universal tool for working with data and performing calculations. Exploring the possibilities of using the Excel program in practical economics and solving engineering problems.