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Formal ontology in information systems : proceedings of the ... International Conference. FOIS (Conference)最新文献

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The Functions of Definitions in Ontologies 本体中定义的功能
S. Seppälä, A. Ruttenberg, Barry Smith
To understand what ontologies do through their definitions, we propose a theoretical explanation of the functions of definitions in ontologies backed by empirical neuropsychological studies. Our goal is to show how these functions should motivate (i) the systematic inclusion of definitions in ontologies and (ii) the adaptation of definition content and form to the specific context of use of ontologies.
为了理解本体通过其定义所做的事情,我们提出了一种基于经验神经心理学研究的本体定义功能的理论解释。我们的目标是展示这些功能应该如何激励(i)在本体论中系统地包含定义和(ii)定义内容和形式适应本体论使用的特定上下文。
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引用次数: 10
Event Categories on the Semantic Web and Their Relationship/Object Distinction 语义网上的事件类别及其关系/对象区分
Tomáš Hanzal, V. Svátek, Miroslav Vacura
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引用次数: 6
A Molecular Structure Ontology for Medicinal Chemistry 药物化学分子结构本体
Carmen S. Chui, M. Grüninger
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引用次数: 3
Observations and Their Explanations 观察结果及其解释
Claudio Masolo
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引用次数: 4
A Formal Ontology of Texts 文本的形式本体论
P. Garbacz
The paper outlines a formal ontology of texts. The main ontological distinction I try to capture is the difference between tokens of texts (physical texts) and texts (abstract texts) themselves. The latter are understood here as ontologically dependent on the former in the sense spelled out by the axioms of the ontology. I formally characterise both types by means of their criteria of identity and existence, parthood, spatial occupancy, text precedence, and intentionality.
本文概述了文本的形式本体论。我试图捕捉的主要本体论区别是文本符号(物理文本)和文本(抽象文本)本身之间的区别。后者在这里被理解为在本体论上依赖于前者,正如本体论公理所阐明的那样。我通过身份和存在、部分性、空间占用、文本优先性和意向性的标准正式地描述了这两种类型。
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引用次数: 2
The Two Ontological Faces of Velocity 速度的两个本体论面
A. Barton, J. Éthier
. This article presents a formalization of velocity in the context of a realist and perspectivalist upper ontology like BFO. It argues that the term “velocity” can refer to two different entities: a motion-velocity, which is a process profile characterizing a motion process; and an object-velocity, which is a disposition inhering in the moving object. Three different kinds of motion-velocity are presented: left-velocity, right-velocity and bilateral velocity. Motion-velocity could exist without object-velocity, as revealed by a thought experiment presented by Tooley; but in our world, Newton’s first law of inertia implies that every object has both an inertial disposition and a closely related but different disposition that we call “object-velocity.” Those two dispositions are realized by the right-velocity. The left-velocity is a trigger of the inertial disposition, and brings into existence the object-velocity.
. 本文在现实主义和透视主义的上层本体论(如BFO)的背景下提出了速度的形式化。它认为,术语“速度”可以指两个不同的实体:一个是运动速度,它是表征运动过程的过程轮廓;物体速度,是运动物体固有的属性。提出了三种不同的运动速度:左向速度、右向速度和双向速度。正如托雷提出的一个思想实验所揭示的那样,运动速度可以没有物体速度而存在;但在我们的世界里,牛顿第一惯性定律意味着每个物体都有惯性倾向和一个密切相关但不同的倾向,我们称之为“物体速度”。这两种配置是通过右速度实现的。左向速度是惯性配置的触发因素,产生了物体速度。
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引用次数: 2
Formalizing and Adapting a General Function Module for Foundational Ontologies 基础本体通用功能模块的形式化与适配
S. Borgo, R. Mizoguchi, Y. Kitamura
We introduce and formalize the key elements of a recent approach [1] to function definition that covers both biological and artefact functions. The paper concentrates on the steps from informal definitions to formal expressions and aims to show how to develop an ontological module for generic function representation. This part is done assuming the YAMATO ontology as background system. The second goal of the paper discusses how the module could be adapted to other foundational ontologies. In this part, we first point out the ontological assumptions on which the module relies and then discuss problems in reformulating them in other systems. This step is needed to verify whether and how the function module can be meaningfully used in other ontologies. We exemplify this case by discussing BFO and DOLCE, and by formalizing the module in the latter ontology.
我们介绍并形式化了最近的一种方法[1]的关键要素,该方法涵盖了生物和人工功能的功能定义。本文集中讨论了从非正式定义到正式表达式的步骤,并旨在展示如何开发通用函数表示的本体论模块。本部分以YAMATO本体作为后台系统来完成。本文的第二个目标是讨论该模块如何适应其他基础本体。在这一部分中,我们首先指出了模块所依赖的本体论假设,然后讨论了在其他系统中重新表述这些假设的问题。此步骤用于验证功能模块是否以及如何在其他本体中有意义地使用。我们通过讨论BFO和DOLCE以及在后者本体中形式化模块来举例说明这种情况。
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引用次数: 5
Towards an Ontology of Space for GFO 面向GFO的空间本体论
Ringo Baumann, F. Loebe, H. Herre
Space and time are basic categories of any top-level ontology . They account for fundamental assumptions of the modes of existence of t hose individuals that are said to be in space and time. The present paper is devot e to GFO-Space, the ontology of space in the General Formal Ontology (GFO). Th is ontology is introduced by a set of axioms formalized in first-order logic and f urther elucidated by consequences of the axiomatization. The theory is based on four primitives: the category of space r egions, the relations of being a spatial part and being a spatial boundary, as well as the relation of spatial coincidence. The presence of boundaries and the n otion of coincidence witness an inspiration of the ontology by well-motivated ide as of Franz Brentano on space, time and the continuum. Taking up a line of prior inves tigations of his approach, the present work contributes a further step in estab li hing a corresponding ontology of space, employing rigorous logical methods.
空间和时间是任何顶层本体的基本范畴。它们解释了那些被认为存在于空间和时间中的个体存在方式的基本假设。本文研究GFO- space,即一般形式本体(GFO)中的空间本体。该本体由一阶逻辑形式化的一组公理引入,并由公理化的结果进一步阐明。该理论基于四个基本要素:空间区域的范畴、空间部分与空间边界的关系、空间重合的关系。边界的存在和巧合的概念见证了弗朗茨·布伦塔诺关于空间、时间和连续体的动机良好的思想对本体论的启发。本研究延续了先前对其方法的一系列研究,采用严格的逻辑方法,进一步建立了相应的空间本体论。
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引用次数: 12
Concepts as (Recognition) Abilities 概念(识别)能力
Fausto Giunchiglia, Mattia Fumagalli
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引用次数: 28
Knowing Whether Spatio-Temporal Analysis Procedures Are Applicable to Datasets 了解时空分析程序是否适用于数据集
S. Scheider, Martin Tomko
© 2016 The authors and IOS Press.How can data analysts identify spatio-temporal datasets that are suitable for their task? Answering this question is not only dependent on the aim of the analysis and the semantic contents of the data, but also on knowing whether the required data combinations and transformations, spatio-temporal analysis methods, charts and map visualizations are meaningfully applicable to the data. Operators need to assess whether they can meaningfully apply analytical operations to data to derive the information required. Answering this question in a general and computationally executable way is a crucial step on our way towards supporting data analysts and their research practice in e-Science. We propose an ontology design pattern for spatio-temporal information that enables to reason about the applicability of a number of fundamental classes of analyses in relation to given data, i.e., whether data sets can be compared, transformed, combined, and whether summary statistics can be applied to them. We demonstrate this ontology implemented in OWL through a set of corresponding SPARQL queries applied to meta-data of datasets from the AURIN portal.
©2016作者和IOS出版社。数据分析师如何识别适合其任务的时空数据集?回答这个问题不仅取决于分析的目的和数据的语义内容,还取决于所需要的数据组合和转换、时空分析方法、图表和地图可视化是否有意义地适用于数据。操作人员需要评估他们是否能够有意义地将分析操作应用于数据以获得所需的信息。以一种通用的、可计算执行的方式回答这个问题,是我们支持数据分析师及其在e-Science中的研究实践的关键一步。我们提出了一种时空信息的本体设计模式,该模式能够推断与给定数据相关的一些基本分析类别的适用性,即数据集是否可以比较、转换、组合,以及是否可以将汇总统计应用于它们。我们通过将一组相应的SPARQL查询应用于来自AURIN门户的数据集的元数据来演示在OWL中实现的这个本体。
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引用次数: 17
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Formal ontology in information systems : proceedings of the ... International Conference. FOIS (Conference)
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