NSTL国家科技图书文献中心

1. A Proposed Ontology Evaluation Tool to Assist Ontology Engineers in Selecting Ontologies During the Reuse Phase NSTL国家科技图书文献中心

Lina Nachabe | Nushrat Jahan - 《Knowledge Graphs and Semantic Web》 - International Conference on Knowledge Graphs and Semantic Web - 2025, - 306～319 - 共14页

摘要： interoperability. One essential step in ontology* development is* | challenging task for ontology* engineers. To address this, we* | propose a tool that assists ontology* engineers in* | phase, ensuring efficient ontology* integration. It* | . Ontologies, which provide structured vocabularies to

关键词： Ontology reuse | Ontology evaluation | FAIR principles | Ontology selection | Semantic web

2. On the Roles of Competency Questions in Ontology Engineering NSTL国家科技图书文献中心

C. Maria Keet | Zubeida Casmod Khan - 《Knowledge Engineering and Knowledge Management》 - International Conference on Knowledge Engineering and Knowledge Management - 2025, - 123～132 - 共10页

摘要： ontology and as information-seeking queries posed over an | ontology, but serve manifold purposes in the ontology | purposes in ontology* development, such as knowledge* | ontology engineering and a first taxonomy of CQ types | and tasks in ontology* engineering, as well as*

关键词： Competency question | Ontology engineering | Ontology development | Foundational ontology | Ontology methodology

3. OntoChat: A Framework for Conversational Ontology Engineering Using Language Models NSTL国家科技图书文献中心

Bohui Zhang | Valentina Anita Carr...... - 《The Semantic Web: ESWC 2024 Satellite Events,Part I》 - European Semantic Web Conference - 2025, - 102～122 - 共21页

摘要：Ontology engineering (OE) in large projects | experts, and their complex interactions with ontology | ontology requirements, which directly affect the design | ontology engineering that supports requirement | the engineering of the Music Meta Ontology, and

关键词： Ontology engineering | Large language models | Competency questions | Computational creativity

4. Towards Complex Ontology Alignment Using Large Language Models NSTL国家科技图书文献中心

Reihaneh Amini | Sanaz Saki Norouzi ... - 《Knowledge Graphs and Semantic Web》 - International Conference on Knowledge Graphs and Semantic Web - 2025, - 17～31 - 共15页

摘要：Ontology alignment, a critical process in the | is usually done manually by ontology* and domain* | opportunities for enhancing ontology* engineering practices* | , including ontology* alignment tasks. This paper* | the complex ontology* alignment challenge. Leveraging*

关键词： Complex ontology alignment | Ontology | Large language model | Knowledge graph | Modular ontology modeling

5. OWL2Vec4OA: Tailoring Knowledge Graph Embeddings for Ontology Alignment NSTL国家科技图书文献中心

Sevinj Teymurova | Ernesto Jimenez-Ruiz ... - 《Knowledge Graphs and Semantic Web》 - International Conference on Knowledge Graphs and Semantic Web - 2025, - 168～182 - 共15页

摘要：Ontology alignment is integral to achieving | ontology embedding system OWL2Vec. While OWL2Vec has | emerged as a powerful technique for ontology* embedding* | embedding to the ontology* alignment task. OWL2Vec4OA* | , demonstrating its potential effectiveness for ontology

关键词： Ontology alignment | Random walks | Ontology embeddings | Knowledge graph embeddings

6. YOKO ONtO: You only KNIT One Ontology NSTL国家科技图书文献中心

Jorge Rodriguez-Reve... | Cristobal Barba-Gonz...... - 《Knowledge Graphs and Semantic Web》 - International Conference on Knowledge Graphs and Semantic Web - 2025, - 199～211 - 共13页

摘要： ontology construction tool. KNIT automates the | Ontologies have become fundamental for | the Life Sciences. These ontologies* are usually* | ontologies in the Life Sciences domain, using a set of | relationships extracted from existing ontologies. This visual

关键词： Knowledge graphs | Ontology reuse | Life sciences | BioPortal

7. Ontogenia: Ontology Generation with Metacognitive Prompting in Large Language Models NSTL国家科技图书文献中心

Anna Sofia Lippolis | Miguel Ceriani ... - 《The Semantic Web: ESWC 2024 Satellite Events,Part I》 - European Semantic Web Conference - 2025, - 259～265 - 共7页

摘要： ontologies are assessed using both standard ontology | Prompting (MP), its application in the field of ontology | in supporting the ontology* design process* | ontology competency questions translated into SPARQL-OWL | well-established protocol in ontology* design. Finally*

关键词： Ontology engineering | Competency questions | Large language models | Metacognitive prompting

8. AutOnto: Towards A Semi-Automated Ontology Engineering Methodology NSTL国家科技图书文献中心

Kiara Marnitt Ascenc... | Shruti Ambre ... - 《Knowledge Graphs and Semantic Web》 - International Conference on Knowledge Graphs and Semantic Web - 2025, - 225～241 - 共17页

摘要： ontology conceptualization that leverages Large Language | ontology generated by our automated process against a | well-established gold-standard ontology. The results | ontology generation. This work has significant | implications for rapid ontology* development in large*

关键词： Ontology engineering | Large language models | Natural language processing

9. LLM-Based Guided Generation of Ontology Term Definitions NSTL国家科技图书文献中心

Stefan Bischof | Erwin Filtz ... - 《The Semantic Web: ESWC 2024 Satellite Events,Part I》 - European Semantic Web Conference - 2025, - 133～137 - 共5页

摘要： for ontology* terms. Our approach is grounded in the* | This paper describes our approach for | leveraging LLMs to generate definitions and descriptions | need for detailed and accurate representation of | (domain-specific) Knowledge Graphs, and it aims at

关键词： Ontology engineering | Large language models | Text generation

10. Designing an Ontology Network for Digital Product Passports NSTL国家科技图书文献中心

Maike Jansen | Eva Blomqvist ... - 《The Semantic Web: ESWC 2024 Satellite Events,Part II》 - European Semantic Web Conference - 2025, - 220～237 - 共18页

摘要： the form of an ontology* network, i.e., a formal* | DPP core ontology. | The transition from a linear economic model to | a circular model is crucial, due to the limited | resources of our planet. The Circular Economy (CE) aims to

关键词： Ontology reuse | Ontology evaluation | FAIR principles | Ontology selection | Semantic web

摘要： ontology and as information-seeking queries posed over an | ontology, but serve manifold purposes in the ontology | purposes in ontology* development, such as knowledge* | ontology engineering and a first taxonomy of CQ types | and tasks in ontology* engineering, as well as*

关键词： Competency question | Ontology engineering | Ontology development | Foundational ontology | Ontology methodology

摘要：Ontology engineering (OE) in large projects | experts, and their complex interactions with ontology | ontology requirements, which directly affect the design | ontology engineering that supports requirement | the engineering of the Music Meta Ontology, and

关键词： Ontology engineering | Large language models | Competency questions | Computational creativity

摘要：Ontology alignment, a critical process in the | is usually done manually by ontology* and domain* | opportunities for enhancing ontology* engineering practices* | , including ontology* alignment tasks. This paper* | the complex ontology* alignment challenge. Leveraging*

关键词： Complex ontology alignment | Ontology | Large language model | Knowledge graph | Modular ontology modeling

摘要：Ontology alignment is integral to achieving | ontology embedding system OWL2Vec. While OWL2Vec has | emerged as a powerful technique for ontology* embedding* | embedding to the ontology* alignment task. OWL2Vec4OA* | , demonstrating its potential effectiveness for ontology

关键词： Ontology alignment | Random walks | Ontology embeddings | Knowledge graph embeddings

摘要： ontology construction tool. KNIT automates the | Ontologies have become fundamental for | the Life Sciences. These ontologies* are usually* | ontologies in the Life Sciences domain, using a set of | relationships extracted from existing ontologies. This visual

关键词： Knowledge graphs | Ontology reuse | Life sciences | BioPortal

摘要： ontologies are assessed using both standard ontology | Prompting (MP), its application in the field of ontology | in supporting the ontology* design process* | ontology competency questions translated into SPARQL-OWL | well-established protocol in ontology* design. Finally*

关键词： Ontology engineering | Competency questions | Large language models | Metacognitive prompting

摘要： ontology conceptualization that leverages Large Language | ontology generated by our automated process against a | well-established gold-standard ontology. The results | ontology generation. This work has significant | implications for rapid ontology* development in large*

关键词： Ontology engineering | Large language models | Natural language processing

摘要： for ontology* terms. Our approach is grounded in the* | This paper describes our approach for | leveraging LLMs to generate definitions and descriptions | need for detailed and accurate representation of | (domain-specific) Knowledge Graphs, and it aims at

关键词： Ontology engineering | Large language models | Text generation

摘要： the form of an ontology* network, i.e., a formal* | DPP core ontology. | The transition from a linear economic model to | a circular model is crucial, due to the limited | resources of our planet. The Circular Economy (CE) aims to

关键词： Digital product passport | Ontology | Circular economy

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： interoperability. One essential step in ontology development is | challenging task for ontology engineers. To address this, we | propose a tool that assists ontology engineers in | phase, ensuring efficient ontology integration. It | . Ontologies, which provide structured vocabularies to

关键词： Ontology reuse | Ontology evaluation | FAIR principles | Ontology selection | Semantic web

摘要： ontology and as information-seeking queries posed over an | ontology, but serve manifold purposes in the ontology | purposes in ontology development, such as knowledge | ontology engineering and a first taxonomy of CQ types | and tasks in ontology engineering, as well as

关键词： Competency question | Ontology engineering | Ontology development | Foundational ontology | Ontology methodology

摘要：Ontology engineering (OE) in large projects | experts, and their complex interactions with ontology | ontology requirements, which directly affect the design | ontology engineering that supports requirement | the engineering of the Music Meta Ontology, and

关键词： Ontology engineering | Large language models | Competency questions | Computational creativity

摘要：Ontology alignment, a critical process in the | is usually done manually by ontology and domain | opportunities for enhancing ontology engineering practices | , including ontology alignment tasks. This paper | the complex ontology alignment challenge. Leveraging

关键词： Complex ontology alignment | Ontology | Large language model | Knowledge graph | Modular ontology modeling

摘要：Ontology alignment is integral to achieving | ontology embedding system OWL2Vec*. While OWL2Vec* has | emerged as a powerful technique for ontology embedding | embedding to the ontology alignment task. OWL2Vec4OA | , demonstrating its potential effectiveness for ontology

关键词： Ontology alignment | Random walks | Ontology embeddings | Knowledge graph embeddings

摘要： ontology construction tool. KNIT automates the | Ontologies have become fundamental for | the Life Sciences. These ontologies are usually | ontologies in the Life Sciences domain, using a set of | relationships extracted from existing ontologies. This visual

关键词： Knowledge graphs | Ontology reuse | Life sciences | BioPortal

摘要： ontologies are assessed using both standard ontology | Prompting (MP), its application in the field of ontology | in supporting the ontology design process | ontology competency questions translated into SPARQL-OWL | well-established protocol in ontology design. Finally

关键词： Ontology engineering | Competency questions | Large language models | Metacognitive prompting

摘要： ontology conceptualization that leverages Large Language | ontology generated by our automated process against a | well-established gold-standard ontology. The results | ontology generation. This work has significant | implications for rapid ontology development in large

关键词： Ontology engineering | Large language models | Natural language processing

摘要： for ontology terms. Our approach is grounded in the | This paper describes our approach for | leveraging LLMs to generate definitions and descriptions | need for detailed and accurate representation of | (domain-specific) Knowledge Graphs, and it aims at

关键词： Ontology engineering | Large language models | Text generation

摘要： the form of an ontology network, i.e., a formal | DPP core ontology. | The transition from a linear economic model to | a circular model is crucial, due to the limited | resources of our planet. The Circular Economy (CE) aims to

关键词： Digital product passport | Ontology | Circular economy

4008-161-200 800-990-8900

国家科技图书文献中心

摘要： ontology and as information-seeking queries posed over an | ontology, but serve manifold purposes in the ontology | purposes in ontology* development, such as knowledge* | ontology engineering and a first taxonomy of CQ types | and tasks in ontology* engineering, as well as*

摘要：Ontology alignment, a critical process in the | is usually done manually by ontology* and domain* | opportunities for enhancing ontology* engineering practices* | , including ontology* alignment tasks. This paper* | the complex ontology* alignment challenge. Leveraging*

摘要：Ontology alignment is integral to achieving | ontology embedding system OWL2Vec. While OWL2Vec has | emerged as a powerful technique for ontology* embedding* | embedding to the ontology* alignment task. OWL2Vec4OA* | , demonstrating its potential effectiveness for ontology

摘要： ontology construction tool. KNIT automates the | Ontologies have become fundamental for | the Life Sciences. These ontologies* are usually* | ontologies in the Life Sciences domain, using a set of | relationships extracted from existing ontologies. This visual

摘要： ontologies are assessed using both standard ontology | Prompting (MP), its application in the field of ontology | in supporting the ontology* design process* | ontology competency questions translated into SPARQL-OWL | well-established protocol in ontology* design. Finally*

摘要： ontology conceptualization that leverages Large Language | ontology generated by our automated process against a | well-established gold-standard ontology. The results | ontology generation. This work has significant | implications for rapid ontology* development in large*

摘要： for ontology* terms. Our approach is grounded in the* | This paper describes our approach for | leveraging LLMs to generate definitions and descriptions | need for detailed and accurate representation of | (domain-specific) Knowledge Graphs, and it aims at

摘要： the form of an ontology* network, i.e., a formal* | DPP core ontology. | The transition from a linear economic model to | a circular model is crucial, due to the limited | resources of our planet. The Circular Economy (CE) aims to