ORM ontologies with executable derivation rules to support semantic search in large-scale data applications

Márton Búr, R. Stirewalt
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引用次数: 1

Abstract

A semantic layer maps complex enterprise data into an ontology with abstract business concepts that are well-known to business users. Chief data officers invest significant effort to create and update these ontologies, while data scientists do feature engineering by combining already existing concepts and features of the domain. However, it is a significant challenge to catalogue and maintain the numerous features pertaining to an ontology, which leads to duplicated features and unnecessary complexity. In this work, we propose to combine ontologies captured using the Object-Role Modeling notation with derivation rules defined in a datalog-like language called Rel, which allows the creation of a semantic layer with feature search capability. Our prototype framework uses the RAI Knowledge Graph Management System, which provides automated and incremental derivation rule evaluation.
带有可执行派生规则的ORM本体,支持大规模数据应用程序中的语义搜索
语义层将复杂的企业数据映射到具有业务用户熟悉的抽象业务概念的本体中。首席数据官投入大量精力来创建和更新这些本体,而数据科学家则通过结合领域的现有概念和特征来进行特征工程。然而,对与本体相关的众多特征进行编目和维护是一个重大挑战,这会导致重复的特征和不必要的复杂性。在这项工作中,我们建议将使用对象-角色建模表示法捕获的本体与在称为Rel的类似数据的语言中定义的派生规则结合起来,该语言允许创建具有特征搜索功能的语义层。我们的原型框架使用RAI知识图谱管理系统,该系统提供自动化和增量派生规则评估。
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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