Trainable Dynamical Estimation of Above-Surface Wind Speed Using Underwater Passive Acoustics
OCEANS 2023 - LIMERICK（2023）
关键词
above-surface atmospheric state,above-surface wind speed,bridges data assimilation,climate regulation,data assimilation approaches,data bases,Earth surface,machine learning,main medium,multimodal data,nonlinear behavior,numerical weather models,ocean surface state reconstruction,remote sensing techniques,renewable energy,spatio-temporal scales,state-of-the-art data-driven models,trainable dynamical estimation,underwater passive acoustics,underwater soundscape,world commercial trade
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