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Abstract: The paper suggests a two-level approach to describe visually software architectures and their evolution. One visual modeling formalism is used to describe the architecture level while another is used to model the behavior of each component (component specification level). Graph transformation is applied for both levels to describe the modeling formalisms and the model evolution in a formal way. The graph transformation based visual modeling approach GenGEd allows the designer to define the... (Update)
Context of citations to this paper: More
...use and maintenance of large software system. Accordingly, the continu17 ous change of the system s design gets into focus. In [PEB00] and [EBP01] a two fold approach combining visual architecture description with graphical speci cation techniques is suggested. Rule based modi...
...design of new visualizations of Petri net features, GenGEd o ers a simple way to generate a prototype editor. For an example, see [11] where a visual language for model evolution is de ned consisting of a combination of AHL nets and class diagrams. Let us proceed with the P T...
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BibTeX entry: (Update)
C. Ermel, R. Bardohl, and J. Padberg. Visual Design of Software Architecture and Evolution based on Graph Transformation. In Proc. Uniform Approaches to Graphical Process Specication Techniques (UNIGRA'01), Genova, Italy, April 2001. http://citeseer.ist.psu.edu/ermel01visual.html More
@misc{ ermel01visual,
author = "C. Ermel and R. Bardohl and J. Padberg",
title = "Visual Design of Software Architecture and Evolution based on Graph Transformation",
text = "C. Ermel, R. Bardohl, and J. Padberg. Visual Design of Software Architecture
and Evolution based on Graph Transformation. In Proc. Uniform Approaches
to Graphical Process Specification Techniques (UNIGRA'01), Genova, Italy,
April 2001.",
year = "2001",
url = "citeseer.ist.psu.edu/ermel01visual.html" }
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