Fadi Jabbour, Andreas Rausch, and Arthur Strasser
Model Weaving, Automated Model Transformation, Automotive Industry
Nowadays, automotive software complexity is handled by using tool-based and model-driven development ap- proaches. Thus, multiple tools and specialized Architec- ture Description Languages (ADLs) are used at different stages of the development process. This has led to process and tooling gap between these languages. This paper aims to introduce a solution for the inte- gration problem that exists between tool chains used in the automotive domain. The main goal of this solution is to find an effective semi-automated method that can be used to create model transformation between different automotive ADLs. Our solution provides a refinement to the current approaches of model matching and automated model trans- formation in order to make them more applicable in the case of complex meta-models. Furthermore, it introduce an iterative algorithm for finding correspondence element between tow meta-models.
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