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On Detection of Hematopoietic Tumors Using Self Organizing Maps and Genetic Algorithms

机译:用自组织地图检测造血肿瘤及遗传算法

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This paper proposes the scheme of detecting the screening data of hematopoietic tumor patients, using self-organizing maps. The data of an examinee frequently lacks several of the item values. In addition, there exist redundant common items that should be eliminated from all of the data because they have an unfavorable influence on classifying the data. The data imputation, which substitutes the averages of non-missing item values, and a genetic algorithm are adopted to overcome the above issues. It is basically judged, by observing a label of a winner neuron in a map, whether the data presented to the map belongs to the class of hematopoietic tumors. Quantitative evaluations show that the proposed scheme achieves the high probability of correctly identifying examinees as hematopoietic tumor patients.
机译:本文提出了使用自组织地图检测造血肿瘤患者筛查数据的方案。考生的数据经常缺少几个项目值。此外,存在应从所有数据中消除的冗余常见项目,因为它们对分类数据具有不利影响。采用替代非缺失物品值的平均值的数据归档,以及遗传算法克服上述问题。通过在地图中观察冠军神经元的标签,呈现给地图的数据是属于造血肿瘤的数据的基本判断。定量评估表明,该方案达到了正确识别考生作为造血肿瘤患者的高可能性。

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