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首页> 外文期刊>IEEE Transactions on Geoscience and Remote Sensing >Ocean surface wind speed measurements of the Special Sensor Microwave/Imager (SSM/I)
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Ocean surface wind speed measurements of the Special Sensor Microwave/Imager (SSM/I)

机译:特殊传感器微波/成像仪(SSM / I)的海面风速测量

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An operational wind speed algorithm was developed. This algorithm is based on the D-matrix approach, which seeks a linear relationship between measured SSM/I brightness temperatures and environmental parameters. D-matrix performance in the low-to-medium wind speed range was validated by comparing algorithm-derived wind speeds with near-simultaneous and colocated measurements made by the anemometers of offshore ocean buoys. Results indicate that for approximately 85% of the time, the D-matrix-retrieved winds will have an accuracy better than the Defense Meteorological Space Program goal of +or-2 m/s. For the remaining 15% of the time, the scene will be rain-flagged and retrieval accuracies will be worse than +or-2 m/s.
机译:开发了一种可操作的风速算法。该算法基于D矩阵方法,该方法在测得的SSM / I亮度温度与环境参数之间寻找线性关系。通过将算法得出的风速与近海浮标风速计进行的近同时和同位置测量进行比较,验证了中低风速范围内的D矩阵性能。结果表明,在大约85%的时间内,D矩阵吹扫的风的精度将优于国防气象空间计划的目标,即+ or-2 m / s。在剩余的15%的时间内,场景将下雨,并且检索精度将低于+或-2 m / s。

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