In this paper we present a pattern-based approach for synthesizing truly distributed Petri nets from a class of LTL specifications. The synthesis allows for the automatic, correct generation of humanly conceivable Petri nets, thus circumventing a manual construction of nets, or the use of Büchi automata which are not distributed and often less intuitive to understand.
@INPROCEEDINGS{fahland2007_awpn,
author = {Fahland, Dirk},
title = {Synthesizing Petri nets from LTL specifications - An engineering approach},
booktitle = {Proceedings 14.Workshop Algorithmen und Werkzeuge
für Petrinetze (AWPN), Arbeitsbericht aus dem Fach Informatik,
Nr. 25/2007},
editor = {Philippi, Stephan and Pinl, Alexander},
month = {September},
year = {2007},
address = {Universität Koblenz-Landau, Germany},
keywords = {Petri Nets, Temporal Logic},
pages = {69--74}
}
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