Publisher's Synopsis
Cloud observation and cloud modeling data can be presented in histograms for each characteristic to be measured. Combining information from single-cloud histograms yields a summary histogram. Summary histograms can be compared to each other to reach conclusions about the behavior of an ensemble of clouds in different places at different times or about the accuracy of a particular cloud model. As in any scientific comparison, it is necessary to decide whether any apparent differences are statistically significant. The usual methods of deciding statistical significance when comparing histograms do not apply in this case because they assume independent data. Thus, a new method is necessary. The proposed method uses the Euclidean distance metric and bootstrapping to calculate the significance level.Green, Lisa and Xu, Kuan-ManLangley Research CenterATMOSPHERIC MODELS; CLOUDS (METEOROLOGY); HISTOGRAMS; STATISTICAL ANALYSIS; EUCLIDEAN GEOMETRY; METRIC SPACE; SIGNIFICANCE; VISUAL OBSERVATION...
