. Links among data elements represent the core of the Semantic Web. The links are built with semi-automatic linking algorithms using a variety of similarity calculus. The data interconnected by these algorithms demands automatic methods and tools to maintain its consistency. These changes occur mainly in datasets that represent knowledge in areas that evolve drastically, like biology and medicine. Even though the constant change of these links is an important task for the evolution of these structured datasets, such changing operations can negatively influence the well-established links, which turns difficult the consistency of the connections over time. In this work, we aim to investigate new methods responsible for fixing and updating links among ontologies in the Linked Open Data context.
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Link Maintenance in the Semantic Web
Semantic Scholar · Computer Science · 2020
Abstract
. Links among data elements represent the core of the Semantic Web. The links are built with semi-automatic linking algorithms using a variety of similarity calculus. The data interconnected by these algorithms demands automatic methods and tools to maintain its consistency. These changes occur mainly in datasets that represent knowledge in areas that evolve drastically, like biology and medicine. Even though the constant change of these links is an important task for the evolution of these structured datasets, such changing operations can negatively influence the well-established links, which turns difficult the consistency of the connections over time. In this work, we aim to investigate new methods responsible for fixing and updating links among ontologies in the Linked Open Data context.