Optimal-Cost Reachability Analysis Based on Time Petri Nets
Hanifa Boucheneb, Didier Lime, Olivier Henri Roux, Charlotte Seidner · 2018
This paper investigates the optimal-cost reachability problem in the context of time Petri nets, where a rate cost is associated with each place. This problem consists in deciding whether or not a given goal marking is reachable and providing, in case it is reachable, a sequence leading at lower cost to the goal marking. This paper shows that for some subclasses of cost time Petri nets, the optimal-cost reachability problem can be solved more efficiently using a method based on the state classes, without resorting to linear programming or splitting state classes.