Introducing multiple knowledge to workflow modeling

Wang Nan, Sun Shanwu
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Abstract

Constructing the abstraction model of physical world is an important step of model-based reasoning. This paper applies multi-knowledge to the general abstraction theory of physical world and uses the general framework representing abstraction to propose the multi-workflow modeling process, including workflow behavior model, workflow function model and workflow teleology model. The ontology linkages between proposed three models are built up and the multi-workflow model framework is characterized from three levels: model transforming level, model objects sharing level and multi-knowledge mapping level. The present multi-workflow model truly enriches the model basis for model-based reasoning.
将多种知识引入工作流建模
构建物理世界的抽象模型是基于模型推理的重要步骤。本文将多知识理论应用到物理世界的一般抽象理论中,利用表示抽象的一般框架提出了多工作流建模过程,包括工作流行为模型、工作流功能模型和工作流目的论模型。建立了三种模型之间的本体联系,并从模型转换层、模型对象共享层和多知识映射层三个层次对多工作流模型框架进行了表征。该多工作流模型真正丰富了基于模型推理的模型基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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