1. Definition and basic properties of low-level Petri nets and their basic classes: C/E Petri nets, P/T Petri nets, Petri nets with inhibitors
2. Basic static and dynamic properties of Petri nets: Petri nets marking, liveness, boudnedness, reversibility, marking reachibility, siphons and traps, etc.
3. P- and T-invariants of Petri nets and their determination.
4. Synthesis of low-level Petri nets and fundamentals of regional theory.
5. Process Petri nets and their basic properties, modeling and verification of economic systems with their using.
6. Well-structured systems, their properties and modeling of these systems with using of process Petri nets.
7. Process algebras over the Petri nets class, Petri Net Process Algebras property-preservation and their application in modeling economic systems.
8. Time and timed Petri nets, discrete-time modeling of economic systems.
9. Definition and properties of basic classes of high-level Petri nets, colored Petri nets.
10. High-level Process Petri nets and their use in modeling economic systems.
2. Basic static and dynamic properties of Petri nets: Petri nets marking, liveness, boudnedness, reversibility, marking reachibility, siphons and traps, etc.
3. P- and T-invariants of Petri nets and their determination.
4. Synthesis of low-level Petri nets and fundamentals of regional theory.
5. Process Petri nets and their basic properties, modeling and verification of economic systems with their using.
6. Well-structured systems, their properties and modeling of these systems with using of process Petri nets.
7. Process algebras over the Petri nets class, Petri Net Process Algebras property-preservation and their application in modeling economic systems.
8. Time and timed Petri nets, discrete-time modeling of economic systems.
9. Definition and properties of basic classes of high-level Petri nets, colored Petri nets.
10. High-level Process Petri nets and their use in modeling economic systems.