wayfaster-selbstüberwachte-traversabilitätsvorhersage-für-erhöhte-navigationsbewusstheit

나노광학-위상-배열-xy-해밍턴-솔버

teddy-edge-sparsification-framework-for-graph-neural-networks

prostate-cancer-drug-shortage-impacting-patients

nnmamba-3d-biomedical-image-segmentation-classification-and-landmark-detection-with-state-space-model

nanophotonischer-phased-array-xy-hamiltonian-löser

teddy-kantenbeschneidung-mit-gradbasiertem-diskriminierungsstrategie


Random Vector Functional Link (RVFL) networks can universally approximate continuous functions on compact domains, with the approximation error decaying at a rate proportional to the inverse of the number of nodes in the network.


coremsg

random-vector-functional-link-networks-for-approximating-continuous-functions-on-compact-domains


Random Vector Functional Link Networks for Approximating Continuous Functions on Compact Domains


title_rewrite

Random Vector Functional Link (RVFL) networks for function approximation