Bibliography

Zero-safe nets with debit tokens

Michael Köhler and Manfred Kudlek.
Zero-safe nets with debit tokens.
In Proceedings of the International Workshop on Concurrency, Specification, and Programming (CS&P 2007), 2007.

Abstract: In this contribution we study an extension of zero-safe nets that allows to model cooperation scenarios. Since zero-safe nets cannot be represented as finite nets in general, we study an extension of the firing rule having a close connection to blind counter automatons and the theory of semi-flows. As a main result we obtain, that a representation can always be given as a finite P/T net - although our firing rule is an extension of the original one - i.e. it preserves all the events that have been allowed before.

BibTeX entry

@InProceedings{Koehler+07h,
  author =  {K{\"o}hler, Michael  and  Kudlek, Manfred},
  title =  {Zero-safe nets with debit tokens},
  booktitle = {Proceedings of the International Workshop on
   Concurrency, Specification, and Programming (CS{\&}P 2007)},
  year =  2007,
 abstract = { In this contribution we study an extension of  zero-safe nets that allows
  to model cooperation scenarios. Since zero-safe nets cannot be
  represented as finite nets in general, we study an extension of
  the firing rule having a close connection to blind counter automatons
  and the theory of semi-flows.
  As a main result we obtain, that a representation can always be
  given as a finite P/T net - although our firing rule is an extension of the
  original one - i.e. it preserves all the events that have been allowed
  before.
}
}

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