Department of computer-integrated technologies, automation and robotics

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SCIENTIFIC SPECIALTY “AUTOMATION, COMPUTER-INTEGRATED TECHNOLOGIES AND ROBOTICS (DOCTOR OF PHILOSOPHY)”

DESCRIPTION OF THE EDUCATIONAL PROGRAM

 

DISCIPLINES THAT ARE STUDYED

 

Subjects of scientific research

 

  • Methods of creating ACS by processes and complexes of various purposes.
  • Formalization of control tasks of complex organizational and technical objects and complexes, development of criteria for evaluating the quality of their functioning.
  • Modeling of objects and control systems (static and dynamic, stochastic and simulation, logic-dynamic, etc. models).
  • Information and software support of ASK organizational and technical objects and complexes.
  • Identification and control of parameters of management objects in various branches of the national economy.
  • Diagnostics and ensuring the reliability of ACS.
  • Systems of intellectual support for decision-making in conditions of uncertainty when managing organizational and technical objects and complexes of various purposes.
  • Development of modeling and planning methods, mathematical, algorithmic and software support for the analysis/synthesis of complex spatially distributed flexible integrated systems, which differ in physical principles of implementation, constructive and technological implementation bases, composition of functional means and equipment, technical purpose and management methods at different levels hierarchical structure.
  • Theoretical foundations and methodology of CAD creation, in particular the formalization of design objects, goals and criteria. Algorithmization of design tasks, problematic adaptation of CAD.
  • CAD implementation technology as a complex organizational, technical and software system based on the main system-wide principles of inclusion, system unity, development, complexity, information unity, compatibility, invariance.
  • Mathematical modeling and analysis of technical objects in CAD, in particular object identification methods, decomposition and macro modeling, numerical and analytical methods of object analysis at the micro and macro levels, modeling of logical and functional circuits of discrete devices.
  • Synthesis of descriptions of technical objects in CAD, in particular: methods of structural analysis and parametric optimization, methods of synthesis of technical solutions, layout and placement of structural elements, communication tracing, synthesis of logical schemes.
  • Machine graphics in tasks of design and production of design and technological information.
  • Packages of automated design application programs.
  • Design decision support systems, expert systems in CAD.
  • Automated designer locations and interactive graphic systems.
  • Methods and means of ensuring efficiency, reliability, control, diagnostics, determination of parameters, debugging, testing, as well as designing highly efficient, reliable, suitable for control and diagnostics of computer systems and networks, their devices and components.
  • Рdevelopment and research of methods and technologies of automated design of technical and software tools of computer systems and networks, description languages, models and structural-algorithmic organization of systems and networks for different hierarchical levels of their presentation, creation of intellectualized systems of analysis and synthesis of computer hardware and software tools computer and information-measuring systems, computer networks and their components.