AToM3 : A tool for multi-formalism and meta-modelling. This article introduces the combined use of multi-formalism modelling and meta-modelling to facilitate computer assisted modelling of complex systems. The approach allows one to model different parts of a system using different formalisms. Models can be automatically converted between formalisms thanks to information found in a Formalism Transformation Graph (FTG), proposed by the authors. To aid in the automatic generation of multi-formalism modelling tools, formalisms are modelled in their own right (at a meta-level) within an appropriate formalism. This has been implemented in the interactive tool AToM 3 . This tool is used to describe formalisms commonly used in the simulation of dynamical systems, as well as to generate custom tools to process (create, edit, transform, simulate, optimise, ...) models expressed in the corresponding formalism. AToM 3 relies on graph rewriting techniques and graph grammars to perform the transformations between formalisms as well as for other tasks, such as code generation and operational semantics specification.

References in zbMATH (referenced in 35 articles , 1 standard article )

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  1. He, Xiao; Hu, Changjun; Ma, Zhiyi; Shao, Weizhong: A bidirectional-transformation-based framework for software visualization and visual editing (2014)
  2. Iacono, M.; Barbierato, E.; Gribaudo, M.: The simthesys multiformalism modeling framework (2012)
  3. Kappel, Gerti; Langer, Philip; Retschitzegger, Werner; Schwinger, Wieland; Wimmer, Manuel: Model transformation by-example: a survey of the first wave (2012)
  4. Meyers, Bart; Vangheluwe, Hans: A framework for evolution of modelling languages (2011)
  5. Karsai, Gabor: Lessons learned from building a graph transformation system (2010)
  6. Mészáros, Tamás; Mezei, Gergely; Levendovszky, Tihamér; Asztalos, Márk: Manual and automated performance optimization of model transformation systems (2010)
  7. Cuadrado, Jesús Sánchez; Molina, Jesús García: Modularization of model transformations through a phasing mechanism (2009)
  8. Fleurey, Franck; Baudry, Benoit; Muller, Pierre-Alain; Le Traon, Yves: Qualifying input test data for model transformations (2009)
  9. Baar, Thomas: Correctly defined concrete syntax (2008)
  10. Guerra, Esther; Díaz, Paloma; de Lara, Juan: Visual specification of metrics for domain specific visual languages (2008)
  11. Guerra, Esther; Díaz, Paloma; De Lara, Juan: Visual specification of metrics for domain specific visual languages. (2008)
  12. Mazanek, Steffen; Maier, Sonja; Minas, Mark: An algorithm for hypergraph completion according to hyperedge replacement grammars (2008)
  13. Mustafiz, Sadaf; Sun, Ximeng; Kienzle, Jörg; Vangheluwe, Hans: Model-driven assessment of system dependability (2008)
  14. Siikarla, Mika; Systä, Tarja: Transformational pattern system - some assembly required. (2008)
  15. Siikarla, Mika; Systä, Tarja: Transformational pattern system -- some assembly required (2008)
  16. Yang, Lu; Stolz, Volker: Integrating refinement into software development tools. (2008)
  17. de Lara, Juan; Bardohl, Roswitha; Ehrig, Hartmut; Ehrig, Karsten; Prange, Ulrike; Taentzer, Gabriele: Attributed graph transformation with node type inheritance (2007)
  18. Guerra, Esther; De Lara, Juan: Event-driven grammars: Relating abstract and concrete levels of visual languages (2007)
  19. Varró, Dániel; Balogh, András: The model transformation language of the VIATRA2 framework (2007)
  20. Zia, Miriam; Mustafiz, Sadaf; Vangheluwe, Hans; Kienzle, Jörg: A modelling and simulation based process for dependable systems design (2007)

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