Bibliographie

Net Processes for Zero-Safe Nets

Berndt Farwer and Michael Köhler.
Net processes for zero-safe nets.
In G. Lindemann, H.-D. Burkhard, L. Czaja, A. Skowron, H. Schlingloff, and Z. Suraj, editors, Concurrency, Specification, and Programming CS&P 2004, volume 1, Informatik-Bericht Nr. 170, pages 40-51. Humboldt Universität, Berlin, 2004.

Kurzfassung: Bisher nicht verfügbar.

BibTeX-Eintrag

@inproceedings{Farwer+04d,
    Abstract = {The Petri-net-based formalism of mobile object-net systems
(MONS) is used to model concurrent systems with dynamically changing
environments, such as mobile objects. The tokens in MONS are themselves
Petri nets, which gives the formalism an additional (vertical)
dimension of nesting.
Traditional Petri nets have essentially a horizontal structure, given
by the fact that markings are multisets. The question arises, whether
MONS can be regarded as a canonical extension of such Petri nets. Due
to the nested nature of MONS, the answer is not obvious.
We first give the formal definition of MONS and then prove some
properties of the formalism, showing that, with respect to interleaving
semantics (i.e. firing sequences), MONS can indeed be viewed as a
canonical extension of traditional Petri nets. We then define MONS
processes, also as a canonical extension of standard Petri net
processes.},
    Author = {Farwer, Berndt and K{\"o}hler, Michael},
    Booktitle = {Concurrency, Specification, and Programming CS{\&}P 2004},
    Editor = {Lindemann, G. and Burkhard, H.-D. and Czaja, L. and Skowron, A. and Schlingloff, H. and Suraj, Z.},
    Publisher = {Humboldt Universit{\"a}t, Berlin},
    Pages = {40--51},
    Title = {Net Processes for Zero-Safe Nets},
    Volume = {1, Informatik-Bericht Nr.\ 170},
    Year = 2004
}

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