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首页> 外文期刊>Journal of the American Water Resources Association >RIDGE REGRESSION TECHNIQUES APPLIED TO LANDSAT INVESTIGATION OF WATER QUALITY IN LAKE OKEECHOBEE1
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RIDGE REGRESSION TECHNIQUES APPLIED TO LANDSAT INVESTIGATION OF WATER QUALITY IN LAKE OKEECHOBEE1

机译:岭回归技术在OKEECHOBEE1湖水质大地卫星调查中的应用

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ABSTRACT:Landsat radiance values were processed at two different (single and double) levels of accuracy to estimate chlorophylla, turbidity, and suspended sediment in Lake Okeechobee, Florida. Both ordinary least square and ridge regression analyses were used to establish a relationship between water quality parameters and Landsat radiance. Radiance measurements made at greater precision (double level) gave a better solution in this application. The ridge regression analysis for double level not only can reduce the total mean square error about 13–20 percent and confidence interval about 6–28 percent as compared to ordinary least square analysis, but it can also change the interpretation of analysis resu
机译:摘要: Landsat 辐射值以两个不同的(单精度和双精度)水平进行处理,以估计佛罗里达州奥基乔比湖的叶绿素、浊度和悬浮沉积物。采用普通最小二乘法和山脊回归分析法建立水质参数与Landsat辐射的关系。以更高的精度(双电平)进行的辐射测量为该应用提供了更好的解决方案。与普通最小二乘分析相比,双水平岭回归分析不仅可以减少约13-20%的总均方误差和约6-28%的置信区间,而且还可以改变分析方法的解释

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