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TEXT MINING IN RADIOLOGICAL DATA RECORDS: AN UNSUPERVISED NEURAL NETWORK APPROACH

机译:放射数据记录中的文本挖掘:无监督的神经网络方法

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The rapid growth in digitalized medical records presents new opportunities for coalescing terra bytes of data into information that could provide us with new knowledge. The knowledge discovered as such could assist medical practitioners in a myriad of ways, for example in selecting the optimal diagnostic tool from among many possible choices. We analyzed the radiology department records of children who had undergone a CT scanning procedure at Nagasaki University Hospital in the year 2004. We employed Self Organizing Maps (SOM), an unsupervised neural network based text-mining technique for the analysis. This approach led to the identification of keywords within the narratives accompanying the medical records that could contribute to reduction of unnecessary CT requests by clinicians. This is important because overuse of medical radiation poses significant health risks to children in spite of the invaluable diagnostic capacity of such procedures.
机译:数字化医疗记录的快速增长为将数据交字节与新知识提供给我们的信息提供了新的机会。所发现的知识可以帮助医生以无数的方式,例如在选择许多可能的选择中选择最佳诊断工具。我们分析了2004年长崎大学医院经历了CT扫描程序的儿童的放射学系记录。我们雇用了自组织地图(SOM),这是一种无监督的基于神经网络的基于文本挖掘技术的分析。这种方法导致伴随着伴随的叙述内的关键字,这些记录可能有助于减少临床医生的不必要的CT请求。尽管此类程序的宝贵诊断能力无价值的诊断能力,这一点是重要的,因为这些程序的无价值诊断能力,医疗辐射对儿童带来了重大的健康风险。

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