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A practical approach to multi-modeling views composition
<span title="2009-11-26">2009</span>
<i title="European Association of Software Science and Technology">
<a target="_blank" rel="noopener" href="https://fatcat.wiki/container/ds6dyxrqzrddpmxtwf2p5ljfn4" style="color: black;">Electronic Communications of the EASST</a>
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The use of several view models to specify a complex system is a common practice to provide the most appropriate abstractions to model its diverse concerns. When several view models are used to specify a system, it is necessary to compose them to generate the application. When the view models are expressed in different Domain Specific Modeling Languages a problem arises because a heterogeneous composition is required. A possible approach to avoid a heterogeneous composition is to transform the
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... verse models into low-level models using a common low-level modeling language as target. Therefore, when all the view models are transformed in low-level models specified with a common language, it is possible to apply a ho- mogeneous composition to obtain the final application. However, it is necessary to identify the elements to compose in the low-level. In this paper, we present an auto- matic mechanism to identify which elements will be composed. This mechanism is based on defining correspondence relationships between the high-level view mod- els and automatically deriving new correspondence between the generated low-level models.
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