Year: 2026
Type: conference-paper
Abstract: Large language models (LLMs) are viable oracles for use during interactive ontology matching, but their adoption raises three practical questions: (i) Which model do we select? (ii) How should the prompt be structured? (iii) What should the prompt contain? This work responds to the first question by benchmarking a large selection of language models via LogMap’s interactive matching mode on OAEI tasks, recommending models that balance performance, cost, latency, reliability, openness, and provider diversity; we publish the benchmark as a community resource via an online results explorer. For the second and third, we build on prior work, extending existing prompt templates for class, property, and instance matching, investigate zero-shot versus RAG-based few-shot ontology-driven prompting, and introduce collective anchors for few-shot-RAG ontology-driven prompting. We apply these methods to an existing system design, LogMapLLM, and evaluate over five OAEI tracks, spanning a variety of domains. We find that no single configuration consistently wins out, but the oracle’s failure mode helps explain which interventions work: demonstrations recover sensitivity in conservative oracles, whereas mutual subsumption improves specificity in permissive ones. Ultimately, the optimal configuration is model-, prompt-, and domain-specific, motivating ongoing work on automatic selection, where the most preferable model × prompt configuration is recommended given a matching task.
Language: English
Topic: Semantic Web and Ontologies
Subfield: Artificial Intelligence
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7213389710
