The increasing specialization of scientific research calls for fine-grained representations of publication content that can be applied at scale. SCALE extends the OpenAlex taxonomy with approximately 114,000 Scientific Concepts derived from author keywords, but assigning these Concepts to individual publications remain...
D. Raimondi, Fei-Chi Lu, Oliver Grun et al.· 0 citations
This work introduces SCALE (Scientific Concept Aggregation via LLMs and Embeddings), a framework that extends the OpenAlex taxonomy with a new level of scientific Concepts below Topics and offers a foundation for fine-grained scholarly classification, scientometric analysis, research monitoring, and future ontology dev...
D. Raimondi, Fei-Chi Lu, Oliver Grun et al.· 1 citation
It is shown that explainable neural networks improve genetic prediction of schizophrenia by capturing genetic interactions, and nonlinear neural networks significantly outperform conventional additive models when sufficient sample size is available.
N. Verplaetse, Y. Moreau, D. Raimondi· Nature Communications· 0 citations
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