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Producing complete modules in ontology partitioning

机译:在本体分区中生成完整的模块

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摘要

Ontology modularization is an important part of ontology engineering for which the reduction of complexity and size of ontology, either breaks an ontology down to all the constituent parts(ontology partitioning) or extracts only a small part of the ontology(module extraction). The presented approach in this essay is concentrated on ontology partitioning. To have complete segments, we initially do the reasoning on ontology and then render the result of reasoning to Pato, a tool for partitioning. So, the generated modules are complete with appropriate size. Although reasoning on large ontologies is time consuming, it happens just one time and instead brings a lot of advantages which cannot be provided by other methods. For guaranteeing this claim, we assess the presented and former methods theoretically and practically and show that the proposed method causes the ontology to be parted properly and the resulted modules can be utilized by different tools like a self contained ontology.
机译:本体模块化是本体工程的重要组成部分,从而降低了本体的复杂性和大小,无论是将本体均衡到所有组成部分(本体分区)或仅提取本体的一小部分(模块提取)。本文中所提出的方法集中在本文分区上。要具有完整的段,我们最初在本体上进行推理,然后将推理结果呈现给Pato,这是一个分区工具。因此,生成的模块具有适当的大小。虽然在大型本体的推理是耗时的,但它发生了一次,而是带来了许多不受其他方法提供的优势。为了保证本发明的要求,我们从理论上地和实际地评估所提出的和前一种方法,并表明所提出的方法使得本发明能够正确分配,并且可以通过不同的工具如自包含的本体所使用的不同工具使用。

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