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首页> 外文期刊>Water resources research >Debates-The future of hydrological sciences: A (common)path forward? Using models and data to learn: A systems theoretic perspective on the future of hydrological science
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Debates-The future of hydrological sciences: A (common)path forward? Using models and data to learn: A systems theoretic perspective on the future of hydrological science

机译:辩论-水文学的未来:一条(共同的)前进方向?使用模型和数据学习:关于水文科学未来的系统理论观点

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摘要

We suggest a systems theoretic framework for improving our ability to inform the discovery/learning process (and hence hydrologic science) from the juxtaposition of models and data, by taking a perspective based in Information Theory. We suggest that much can be gained by focusing more directly on the a priori role of Process Modeling (particularly System Architecture) while de-emphasizing detailed System Parameterizations or, framed as a question, "How can we generate input-state-output simulations without explicitly using the kinds of strong parameterizations (equations) commonly applied"? Stated simply, we anticipate a shift in the emphasis of modeling to the more creative aspects of scientific investigation.
机译:我们提出了一个系统理论框架,通过基于信息论的观点来提高我们从模型和数据的并置中告知发现/学习过程(以及水文科学)的能力。我们建议,可以通过直接关注过程建模(尤其是系统体系结构)的先验角色,而不再强调详细的系统参数化,或者提出一个问题:“我们如何在没有输入的情况下生成输入状态输出模拟,而从中获得很多收益。明确使用常用的各种强参数化(方程式)?简而言之,我们预计建模重点将转移到科学研究的更具创造性的方面。

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