Enhancing aspects of Thai chief complaint classification Performance

Jarunee Duangsuwan, Pawin Saeku, Somsri Jarupadung
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引用次数: 1

Abstract

In this paper, we describe the aspects affecting in our experimental results of classifying Thai chief complaint (ThCC) into ICD-10 code. By merging our proposed Thai word separator to machine learning-based classifiers, ThCC have been converted into ICD-10 code which stands for International Classification of Diseases, Tenth Revision, and is a standard code used by physicians and other healthcare professionals to identify all diagnoses, signs and symptoms. At the beginning of experiments, the dataset from the sign and symptom description ranged in group R00 to R69 of ICD-10 have been used for training the classifiers. Subsequently the classifiers have been applied to the test dataset represented by 150 chief complaint cases in order to assign the related ICD-10 codes, and to evaluate classification accuracy. The experiment achieves 85% precision, 76% F1-measure, and 71% recall using our proposed Thai word separator with Classification and Regression Trees (CART) technique. However, we need to increase the precision which is strong enough to support our proposed separator. The additional experiment has been done by adding 50 chief complaint cases to the test dataset. We also have applied our proposed techniques including conflict element finding and classification criteria setting to improve the precision. Consequently, the later experimental results get higher classification accuracy by decreasing the false positives to mitigate the low recall problem.
提高泰国主诉分类绩效的各个方面
在本文中,我们描述了影响我们的实验结果分类泰国主诉(ThCC)到ICD-10代码的各个方面。通过将我们提出的泰语词分隔符与基于机器学习的分类器合并,ThCC已转换为ICD-10代码,ICD-10代表国际疾病分类,第十版,并且是医生和其他医疗保健专业人员用于识别所有诊断,体征和症状的标准代码。在实验开始时,使用ICD-10中R00到R69组的符号和症状描述数据集来训练分类器。随后,将分类器应用于由150个主诉案例代表的测试数据集,以分配相关的ICD-10代码,并评估分类准确性。使用我们提出的具有分类和回归树(CART)技术的泰语词分离器,实验达到85%的精度,76%的f1测量和71%的召回。然而,我们需要提高精度,使其足以支持我们所建议的分离器。额外的实验是通过向测试数据集中添加50个主诉案例来完成的。我们还应用了我们提出的技术,包括冲突元素查找和分类标准设置,以提高精度。因此,后期的实验结果通过减少误报来改善低查全率问题,从而获得更高的分类准确率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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