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Student
Title
Supervisor
Faculty
Educational Programme
Final Grade
Year of Graduation
Kirill Serebrennikov
Ensuring Petri Net Soundness with Transition Constraints
System and Software Engineering
(Master’s programme)
2019
The subject of the present study is the problem of ensuring Petri net soundness

with transition constraints. In the thesis we propose an approach to implementation of

the algorithm for computing transition priorities for live Petri nets. Priorities are a

form of constraints, which can be imposed to ensure liveness and boundedness and,

thus, soundness of a Petri net model. The presence of these properties is highly

desirable in analysis of different types of systems, ranging from business processes

systems to embedded systems. The study covers the design considerations of the

implementation, including an approach to handling the high time complexity of the

algorithm and optimizations introduced into it. Analysis of design decisions is

provided. Based on the actual implementation an application for computing priorities

was developed. It can be used for further analysis of the algorithm applicability for

real-life cases.

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