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  1. Mar 2024
  2. Local file Local file
    Machine Learning for Improving Surface-Layer-Flux Estimates
    1
    1. caozhuyin 10 Mar 2024
      in Public
      Abstract

      结论:预测结果,好于MOST(MO估计系统地低估了湍流通量的大小,改善了与观测值和减小与观测通量偏离的总幅度。),不同地点的泛化能力 不足:不含物质通量,预测结果待提升,结果因稳定性而异常,不同季节的泛化能力,运用了不易获得的变量(找到最小观测集)

      This effort demonstrates the potential of ML models to overcome some of the limitations related to the simple regression fits employed to determine the stability correction parameter (only a function of the inverse Obukhov length) and other limitations inherent to the MO formulation of surface-layer fluxes (e.g., assumed homogeneous and stationary conditions).

    Tags

    • This effort demonstrates the potential of ML models to overcome some of the limitations related to the simple regression fits employed to determine the stability correction parameter (only a function of the inverse Obukhov length) and other limitations inherent to the MO formulation of surface-layer fluxes (e.g., assumed homogeneous and stationary conditions).

    Annotators

    • caozhuyin
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