Nested adaptive grid designs hit the optimal worst-case run count v^{-(p-1)} for classifying monotonic binary simulations, an order of magnitude fewer than the v^{-p} needed by static designs.
Numerical investigation on the formation of the re-entrant flow and the transformation of varying shedding modes in cloud cavitation.Ocean Engineering, 279:114557, 2023
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Adaptive Grid Designs for Classifying Monotonic Binary Deterministic Computer Simulations
Nested adaptive grid designs hit the optimal worst-case run count v^{-(p-1)} for classifying monotonic binary simulations, an order of magnitude fewer than the v^{-p} needed by static designs.