Sınırsız sunucu semantiği'ndeki sürekli Petri ağlarının kontrolü

In this thesis, timed continuous Petri net model is considered. It is necessary to investigate new control methods for timed continuous Petri nets Because of their particular characteristics: synchronizations lead to switched systems of equationsand input constraints that depend on the state. Even if their control problem may look easier than that of the original discrete net,in many cases the system is distributed and the controller cannot have access to all subsystems.In this case, a distributed controller should be considered. This thesis proposes three different aspects, all related to control of timed continuous Petri nets:1) A heuristics for minimum time control which drives the system from the initial to target marking by minimizing the time through a linear or piecewise linear trajectory, 2) An online control method for the case that some components of target markings are not specified,3) Distributed controller design for distributed model.