Bibliographie

Modeling Dynamic Architectures Using Nets-within-Nets

Lawrence Cabac , Michael Duvigneau, Daniel Moldt, and Heiko Rölke.
Modeling dynamic architectures using nets-within-nets.
In Gianfranco Ciardo and Philippe Darondeau, editors, Applications and Theory of Petri Nets 2005. 26th International Conference, ICATPN 2005, Miami, USA, June 2005. Proceedings, volume 3536 of Lecture Notes in Computer Science, pages 148-167, 2005.  [link]

Kurzfassung: Current modeling techniques are not well equipped to design dynamic software architectures. In this work we present the basic concepts for a dynamic architecture modeling using nets-within-nets. Nets-within-nets represent a powerful formalism that allows active elements, i.e. nets, to be nested in arbitrary and dynamically changeable hierarchies. Applying the concepts from nets-within-nets, therefore, allows us to model complex dynamic system architectures in a simple way, which enables us to design the system at different levels of abstractions using refinements of net models.
Additionally to the conceptual modeling of such architecture, we provide a practical example where the concept has been successfully applied in the development of the latest release of Renew (Version 2 of the multi-formalism Petri net IDE). The overall monolithic architecture has been exchanged with a system that is divided into a plug-in management system and plug-ins that provide functionality for the users. By combining plug-ins the system can be adapted to the users' needs. Through the introduction of the Petri net concepts, the new architecture is now - at runtime - dynamically extensible by registering plug-ins with the management system. The introduced architecture is applicable for any kind of architecture but most suitable for applications with dynamic structure.

BibTeX-Eintrag

@InProceedings{Cabac+05b,
  author = {Cabac, Lawrence and Duvigneau, Michael and Moldt, Daniel and R{\"o}lke, Heiko},
  title =  {Modeling Dynamic Architectures Using Nets-within-Nets},
  booktitle = {Applications and Theory of {Petri} Nets 2005. 26th International Conference, ICATPN 2005, Miami, USA, June 2005. Proceedings},
  editor =   {Ciardo, Gianfranco and Darondeau, Philippe},
  volume =   3536,
  series =   LNCS,
  year = 2005,
  pages =   {148--167},
  ISBN =   {978-3-540-26301-2},
  xdoi =   {10.1007/11494744_10},
  url =      {http://dx.doi.org/10.1007/11494744_10},
  keywords = {High-level Petri nets, Nets-within-nets, reference nets, Renew, plug-ins, components, dynamic software architecture, modeling},
  abstract = {Current modeling techniques are not well equipped to
    design dynamic software architectures. In this work we
    present the basic concepts for a dynamic architecture
    modeling using nets-within-nets. Nets-within-nets
    represent a powerful formalism that allows active
    elements, i.e. nets, to be nested in arbitrary and
    dynamically changeable hierarchies. Applying the concepts
    from nets-within-nets, therefore, allows us to model
    complex dynamic system architectures in a simple way,
    which enables us to design the system at different levels
    of abstractions using refinements of net models.
    \par
    Additionally to the conceptual modeling of such
    architecture, we provide a practical example where the
    concept has been successfully applied in the development
    of the latest release of Renew (Version 2 of the
    multi-formalism Petri net IDE). The overall monolithic
    architecture has been exchanged with a system that is
    divided into a plug-in management system and plug-ins
    that provide functionality for the users. By combining
    plug-ins the system can be adapted to the users'
    needs. Through the introduction of the Petri net
    concepts, the new architecture is now - at runtime -
    dynamically extensible by registering plug-ins with the
    management system. The introduced architecture is
    applicable for any kind of architecture but most suitable
    for applications with dynamic structure.},
  annotate = {Filename: sw-architecture}
}

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