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An Agile and Ontology-Aided Modeling Environment

机译:敏捷和本体辅助的建模环境

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摘要

Enterprise knowledge is currently subject to ever-changing, complex and domain-specific modeling requirements. Assimilating these requirements in modeling languages brings the benefits associated to both domain-specific modeling languages (DSMLs) and a baseline of well-established concepts. However, there are two problems that hamper the speed and efficiency of this activity: (1) the separation between the two key expertise: language engineering and domain knowledge, and (2) the sequential modeling language engineering life-cycles. In this work, we tackle these two challenges by introducing an Agile and Ontology-Aided approach implemented in our Modeling Environment - the AOAME. The approach seamlessly integrates meta-modeling and modeling in the same modeling environment, thus cooperation between language engineers and domain experts is fostered. Sequential engineering phases are avoided as the adaptation of the language is done on-the-fly. To this end, a modeling language is grounded with an ontology language providing a clear, unambiguous and machine-interpretable semantics. Mechanisms implemented in the AOAME ensure the propagation of changes from the modeling environment to the graph-based database containing the ontology.
机译:当前,企业知识受制于不断变化的,复杂的和特定于领域的建模要求。在建模语言中吸收这些要求会带来与特定于域的建模语言(DSML)和行之有效的概念基线相关的好处。但是,有两个问题阻碍了这项活动的速度和效率:(1)两种主要专业知识之间的分离:语言工程和领域知识,以及(2)顺序建模语言工程生命周期。在这项工作中,我们通过引入在我们的建模环境AOAME中实现的敏捷和本体辅助方法来应对这两个挑战。该方法将元建模和建模无缝集成在相同的建模环境中,从而促进了语言工程师和领域专家之间的合作。避免了顺序的工程阶段,因为该语言的修改是即时完成的。为此,建模语言以提供清晰,明确且机器可解释的语义的本体论语言为基础。 AOAME中实现的机制可确保将更改从建模环境传播到包含本体的基于图形的数据库。

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