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Improving domain representation with multi-paradigm modeling

Andrea Leitner, Reinhold Weiß, Christian Kreiner, Wolfgang Ebner

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Abstract

Domain modeling is a key task in Software Product Line (SPL) development. We identified two popular modeling paradigms: Feature-Oriented Domain Modeling (FODM) and Domain-Specific Modeling (DSM). The representation of the domain model is crucial in SPL engineering, since domain models have a long lifecycle and represent the externalized organizational domain knowledge. For complex and heterogeneous domains, such as embedded systems, different representation techniques can be useful to describe different aspects of the system.

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What this paper is about

Domain modeling is a key task in Software Product Line (SPL) development. We identified two popular modeling paradigms: Feature-Oriented Domain Modeling (FODM) and Domain-Specific Modeling (DSM). The representation of the domain model is crucial in SPL engineering, since domain models have a long lifecycle and represent the externalized organizational domain knowledge. For complex and heterogeneous domains, such as embedded systems, different representation techniques can be useful to describe different aspects of the system.

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Available abstract

Domain modeling is a key task in Software Product Line (SPL) development. We identified two popular modeling paradigms: Feature-Oriented Domain Modeling (FODM) and Domain-Specific Modeling (DSM). The representation of the domain model is crucial in SPL engineering, since domain models have a long lifecycle and represent the externalized organizational domain knowledge. For complex and heterogeneous domains, such as embedded systems, different representation techniques can be useful to describe different aspects of the system.

Key concepts: Domain engineering, Computer science, Domain analysis, Domain (mathematical analysis), Domain model, Representation (politics), Software product line, Feature-oriented domain analysis

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