Characterizing directed connections between brain regions is fundamental for understanding the brain’s network organization and how it supports cognitive processes. However, a reliable methodology allowing assessment of effective connectivity (EC) at the whole-brain level and across high-resolution parcellations has re...
B. Mariani, L. Taffarello, G. Baron et al.· bioRxiv· 0 citations
Classical approximation methods are usually improved by changing the sampling set, increasing the number of data points, or selecting a different basis. We advocate a complementary viewpoint: keep the sampled values fixed and modify the representation through a suitable mapping. This viewpoint unifies several construct...
This book explores kernel methods deep connections with approximation theory, highlighting both classical results and cutting-edge developments, and invites readers to engage with ongoing advances in this dynamic field and to contribute to its future growth.
S. D. de Marchi, F. Marchetti, E. Perracchione· 0 citations
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