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Identifying riskier combinations of risky behavior using a self-organizing map

机译:使用自组织图识别风险行为的风险组合

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A variation on the self-organizing map (SOM) introduced by T. Kohonen [1982, 1995] was developed using real-valued, categorical, and binary data in each vector as a tool for multivariate descriptive analysis. Different similarity measures were applied to each type of data and all were combined and normalized to produce a single score as the final similarity measure. The data source is a national telephone survey on health status and behaviors [2001]. One state, New Jersey, was selected for SOM development to both limit the number of vectors and focus on a region of interest. Several nodes and neighbors in the SOM topology revealed combinations of risk that might work synergistically to produce a much higher level of risk. Examples include firearms in the home combined with stress and lack of rest and/or alcohol abuse.
机译:T. Kohonen [1982,1995]引入的自组织图(SOM)的变体是使用每个向量中的实值,分类和二进制数据作为多元描述性分析的工具而开发的。将不同的相似性度量应用于每种类型的数据,然后将所有数据组合并归一化以产生单个分数作为最终相似性度量。数据来源是关于健康状况和行为的国家电话调查[2001]。选择一个州新泽西州进行SOM开发,既要限制矢量的数量,又要关注感兴趣的区域。 SOM拓扑中的几个节点和邻居显示了风险组合,这些组合可能协同工作以产生更高级别的风险。例子包括家中的枪支加上压力,缺乏休息和/或酗酒。

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