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CUAB: Supervised Learning of Disorders and their Attributes Using Relations

机译:CUAB:使用关系监督障碍及其属性的学习

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We implemented an end-to-end system for disorder identification and slot filling. For identifying spans for both disorders and their attributes, we used a linear chain conditional random field (CRF) approach coupled with cTAKES for pre-processing. For combining disjoint disorder spans, finding relations between attributes and disorders, and attribute normalization, we used 12-regularized 12-loss linear support vector machine (SVM) classification. Disorder CUIs were identified using a back-off approach to YTEX lookup (CUAB1) or NLM UTS API (CUAB2) if the target text was not found in the training data. Our best system utilized UMLS semantic type features for disorder/attribute span identification and the NLM UTS API for normalization. It was ranked 12th in Task 1 (disorder identification) and 6th in Task 2b (disorder identification and slot filling) with a weighted F Measure of 0.711.
机译:我们实施了一个终端到底系统,用于紊乱识别和槽填充。用于识别两个障碍及其属性的跨度,我们使用了与CTAIKS进行预处理的线性链条条件随机场(CRF)方法。为了组合脱编障碍跨度,发现属性和障碍之间的关系,以及属性归一化,我们使用了12个正则化的12次丢失线性支持向量机(SVM)分类。如果在训练数据中未找到目标文本,则使用反拨方法(CUAB1)或NLM UTS API(CUAB2)来识别疾病仪式。我们的最佳系统利用UMLS语义类型特征,用于无序/属性跨度标识和用于归一化的NLM UTS API。它在任务1(紊乱识别)中排名第12,任务2B中的第6位(紊乱识别和槽填充),其加权F度量为0.711。

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