An ontology alignment method with user intervention using compact differential evolution with adaptive parameter control (2401.06337v2)

Abstract: User interaction is one of the most effective ways to improve the ontology alignment quality. However, this approach faces the challenge of how users can participate effectively in the matching process. To solve this challenge. In this paper, an interactive ontology alignment approach using compact differential evolution algorithm with adaptive parameter control (IOACDE) is proposed. In this method, the ontology alignment process is modeled as an interactive optimization problem and users are allowed to intervene in matching in two ways. One is that the mapping suggestions generated by IOACDE as a complete candidate alignment is evaluated by user during optimization process. The other is that the user ameliorates the alignment results by evaluating single mapping after the automatic matching process. To demonstrate the effectiveness of the proposed algorithm, the neural embedding model and K nearest neighbor (KNN) is employed to simulate user for the ontologies of the real world. The experimental results show that the proposed interactive approach can improve the alignment quality compared to the non-interactive. Compared with the state-of-the-art methods from OAEI, the results show that the proposed algorithm has a better performance under the same error rate.