Conformalized randomized prior operators give per-location calibrated uncertainty intervals for wavelet and spiking wavelet neural operators, with a Gaussian process extension for zero-shot super-resolution UQ.
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Distribution free uncertainty quantification in neuroscience-inspired deep operators
Conformalized randomized prior operators give per-location calibrated uncertainty intervals for wavelet and spiking wavelet neural operators, with a Gaussian process extension for zero-shot super-resolution UQ.