A Protégé Plug-In for Annotating OWL Ontologies with OPLa

Shimizu, Cogan; Hirt, Quinn; Hitzler, Pascal

doi:10.1007/978-3-319-98192-5_5

Cited by 9 publications

(5 citation statements)

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“…ImageSchemaNet reuses the :bibRef property from Exuviae -a formal "exoskeleton" for representing epistemological choices when comparing ontologies [14] developed considering OPLA Protégé plugin [75] -which is meant to keep precise reference of the bibliographical and theoretical provenance of each entity and property with the original definition and formal dependencies. In particular, ImageSchemaNet focuses on the :ImageSchema,…”

Section: Imageschemanet Structurementioning

confidence: 99%

ImageSchemaNet: A framester graph for embodied commonsense knowledge

Giorgis

Gangemi

Gromann

2024

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Commonsense knowledge is a broad and challenging area of research which investigates our understanding of the world as well as human assumptions about reality. Deriving directly from the subjective perception of the external world, it is intrinsically intertwined with embodied cognition. Commonsense reasoning is linked to human sense-making, pattern recognition and knowledge framing abilities. This work presents a new resource that formalizes the cognitive theory of image schemas. Image schemas are dynamic conceptual building blocks originating from our sensorimotor interactions with the physical world, and enable our sense-making cognitive activity to assign coherence and structure to entities, events and situations we experience everyday. ImageSchemaNet is an ontology that aligns pre-existing resources, such as FrameNet, VerbNet, WordNet and MetaNet from the Framester hub, to image schema theory. This article describes an empirical application of ImageSchemaNet, combined with semantic parsers, on the task of annotating natural language sentences with image schemas.

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Section: Imageschemanet Structurementioning

confidence: 99%

ImageSchemaNet: A framester graph for embodied commonsense knowledge

Giorgis

Gangemi

Gromann

2024

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“…The resources for this pattern can be found in our online repository. 4 The pattern has been annotated with the Ontology Design Pattern Representation Language (OPLa) [9] and its extension [8] for documenting its use cases using the OPLaTool [20] for Protégé 5 . Documentation has been generated for the pattern using [22] according to community guidelines for documenting patterns [15].…”

Section: The Hierarchical Cell Feature Patternmentioning

confidence: 99%

A Pattern for Features on a Hierarchical Spatial Grid

Shimizu

Zhu

Mai

et al. 2021

Proceedings of the 10th International Joint Conference on Knowledge Graphs

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The integration of data along a common spatial component remains an obstacle in many problem spaces. One promising method for integrating data in such a way is through the use of a common, underlying spatial reference system, such as a Discrete Global Grid (e.g., the S2 Grid System), and pre-computing spatial relations between features and the constituent components at a spatial resolution appropriate for the data and use case. That is, by emphasizing the notion of the cell, we can examine what is in a cell, predict contents of its parent and child cells, and quickly get an overview of spatially co-located features and regions of interest without having to directly compute spatial interactions. This paper provides an ontology design pattern, to be used as a structural template, for modeling how features or regions map onto a hierarchical grid system and addresses how the attributes of these features may be inherited upwards or downwards through the hierarchy. We furthermore provide a motivating example and implementation.

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“…For example, OPLa [34] defines classes and properties for declaring which modules or patterns are reused within a target ontology. OPLa is supported by Protégé by means of a dedicated plug-in [58].…”

Section: Ontology Reuse Implementationmentioning

confidence: 99%

The Landscape of Ontology Reuse Approaches

Carriero¹,

Daquino²,

Gangemi³

et al. 2020

Studies on the Semantic Web

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Ontology reuse aims to foster interoperability and facilitate knowledge reuse. Several approaches are typically evaluated by ontology engineers when bootstrapping a new project. However, current practices are often motivated by subjective, case-by-case decisions, which hamper the definition of a recommended behaviour. In this chapter we argue that to date there are no effective solutions for supporting developers’ decision-making process when deciding on an ontology reuse strategy. The objective is twofold: (i) to survey current approaches to ontology reuse, presenting motivations, strategies, benefits and limits, and (ii) to analyse two representative approaches and discuss their merits.

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A Protégé Plug-In for Annotating OWL Ontologies with OPLa

Cited by 9 publications

References 1 publication

ImageSchemaNet: A framester graph for embodied commonsense knowledge

ImageSchemaNet: A framester graph for embodied commonsense knowledge

A Pattern for Features on a Hierarchical Spatial Grid

The Landscape of Ontology Reuse Approaches

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