Supercomputing the weather

THOMAS A. HORNE

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Supercomputing the weather

机译：超级计算天气

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ATMOSPHERIC MODELING is a big reason for the increasing accuracy of weather forecasts. So much so that today's 10-day forecasts are often as accurate as the three-day forecasts of 10 years ago. How does this accuracy come about? In a word, computers. Loads of data are continually fed to high-capacity supercomputers specialized for numerical weather prediction, where it is transformed into a wide range of graphic forecast products. This data includes historical climatological information, recent trends and observations, geographic influences, thermodynamic and other meteorological equations, and much more. And yes, even Coriolis force. All this information is constantly updated, reinitialized, and processed into model runs generated for future time intervals.

机译：大气建模是天气预报提高准确性的重要原因。这么多，使得今天的10天预测通常是10年前为期三天预测的准确性。这种准确性如何出现？在一个单词，计算机。数据负载不断送入专门用于数值天气预报的高容量超级计算机，其中它被转换为各种图形预测产品。该数据包括历史气候信息，近期趋势和观察，地理影响，热力学等气象方程，更重要。是的，甚至科里奥利的力量。所有这些信息都不断更新，重新初始化，并处理成用于未来时间间隔生成的模型运行。

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《AOPA pilot》 |2020年第10期|94-96|共3页
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THOMAS A. HORNE;
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Supercomputing the weather

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