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Ifigenia:Lecture courses/Generalized nets
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Conspect
- Definitions and basic properties of Petri nets and generalized nets (Дефиниции и основни свойства на мрежата на Петри и на обобщената мрежа)
- Reduced generalized nets (Редуцирани ОМ)
- Extensions of GN (Разширения на ОМ)
- Algebraic aspect of the GN theory (Алгебричен аспект на теорията на ОМ)
- Topological aspect of GN theory (Топологичен аспект на теорията на ОМ)
- Logical aspect of GN theory (Логически аспект на теорията на ОМ)
- Operator aspect of GN theory. Part 1 (Операторен аспект на теорията на ОМ. Част 1)
- Operator aspect of GN theory. Part 2 (Операторен аспект на теорията на ОМ. Част 2)
- Self-modifying GN (Самомодифициращи се ОМ)
- Methodology for construction of generalized nets (Методология за изграждане на ОМ)
- Applications of GN in artificial intelligence (Приложения на ОМ в изкуствения интелект)
- Applications of GN in biology and medicine (Приложения на ОМ в биологията и медицината)
- Applications of GN in transport and industry (Приложения на ОМ в транспорта и промишлеността)
- GN in systems theory (ОМ в теорията на системите)
- GN as a tool for modelling of real processes (ОМ като средство за моделиране на реални процеси)
Examination
Students may choose to:
- either prepare a research paper, for instance developing their own GN model of a real process, or working on an open problem from the theory of GNs,
- or take a regular examination by writing on a theme from the conspect above.
There is a third option for those who are interested in software development of the GN simulator package.
- Open problems
Literature
- Krassimir Atanassov, On Generalized Nets Theory, "Prof. Marin Drinov" Academic Publishing House
- Publications on generalized nets