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Count and Forget: Uniform Interpolation of SHQ-Ontologies

机译:计数并忘记:SHQ-onOLOGIES的统一插值

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We propose a method for forgetting concept symbols and non-transitive roles symbols of SHQ-ontologies, or for computing uniform interpolants in SHQ. Uniform interpolants restrict the symbols occuring in an ontology to a specified set, while preserving all logical entailments that can be expressed using this set in the description logic under consideration. Uniform interpolation has applications in ontology reuse, information hiding and ontology analysis, but so far no method for computing uniform interpolants for expressive description logics with number restrictions has been developed. Our results are not only interesting because they allow to compute uniform interpolants of ontologies using a more expressive language. Using number restrictions also allows to preserve more information in uniform interpolants of ontologies in less complex logics, such as ALC or EL. The presented method computes uniform interpolants on the basis of a new resolution calculus for SHQ. The output of our method is expressed using SHQμ, which is SHQ extended with fixpoint operators, to always enable a finite representation of the uniform interpolant. If the uniform interpolant uses fixpoint operators, it can be represented in SHQ without fixpoints operators using additional concept symbols or by approximation.
机译:我们提出了一种忘记SHQ-本体的概念符号和非传递角色符号的方法,或用于在SHQ中计算均匀内嵌。统一的内部立体体将在本体中的符号限制到指定的集合,同时保留所有可以在所考虑的描述逻辑中使用此集合表示的所有逻辑素质。均匀插值具有本体中的应用,信息隐藏和本体分析,但到目前为止没有开发用于计算具有数量限制的表达描述逻辑的均匀插值的方法。我们的结果不仅有趣,因为它们允许使用更具表现力的语言来计算本体的统一嵌段。使用数字限制还允许在不太复杂的逻辑中保持更多信息,例如ALC或EL。该方法基于SHQ的新分辨率计算来计算均匀的内括号。我们的方法的输出是使用SHQM表示的,该SHQ与FIXPOINPOINT运算符扩展,以始终启用均匀插值的有限表示。如果统一的Interpolant使用FixPoint运算符,则可以在SHQ中表示,在没有FixPoints运算符中使用其他概念符号或近似。

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