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Designing User-Defined Modeling Languages with SIMTHESys
Abstract
The availability of modeling languages that best suit the needs of modelers from case to case can enhance the applicability and immediateness of a model-based approach in the design and evaluation of systems, and can meet the modelers’ expertise and customs. The goal of SIMTHESys is to enable the design and implementation of user-defined modeling languages (dubbed formalisms) and their native integration in multiformalism models, so that it is possible to develop language enhancements for existing formalisms, domain-oriented languages, extensions for existing languages, and abstraction tools to empower the modeling process. The key of this feature relies on the SIMTHESys metamodel and the description framework that is founded onto it. This chapter presents the foundation of SIMTHESys formalisms and demonstrates the possibilities it offers by examining a complete modeling example of a classical problem and a number of different formalisms, chosen to suggest how to exploit the framework.
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