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- Mathematical methods of system
investigation:
- Investigation of differential,
functional-differential and difference systems.
- Investigation of system stability,
controllability and optimization.
- Bifurcations and chaos in dynamical
systems.
- Lyapunov's methods in system
investigation.
- Mathematical modeling of processes:
- Mathematical modeling and
investigation of phisical, technical, chemical and
biological processes.
- Mathematical modeling in
superconducting systems.
- Modeling and investigation of
technological processes.
- Mathematical models related to
economics and finance.
- Modeling and investigation of processes in mechanics:
- Mathematical modeling in composite
materials of mechanics.
- Modelling and investigation of
dynamical processes in elastic and hydroelastic systems.
- Mathematical modeling in connected
fields of mechanics.
- Mathematical methods of control and optimization:
- Methods of control.
- Methods of optimization.
- Methods of differential games.
- Logic-mathematical methods of modeling:
- Methods and tools of subject domains
specifications.
- Methods and tools of software
systems description.
- Modal and temporal formalisms of
systems modeling.
Invited lecturers will be given 30 minutes, section reports - 15 minutes. A participant can present no more than two reports.
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