Shallow parsing with Hidden Markov Support Vector Machines

Shixi Fan, Lidan Chen, Xuan Wang, Buzhou Tang
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Abstract

Shallow parsing system, providing natural part syntactic information statement, to meet a lot of language information processing requirements, has received much attention recent years. Hidden Markov Support Vector Machines (HM-SVMs) for sequence labeling offer advantages over both generative models like HMMs and classifying models like SVMs which give labeling result for each positionseparately. We show how to train a HM-SVM model to achieve good performance on the data set of CoNLL2000 share task. The HM-SVMs yields an F-score of 95.51% which is better than any system result of ConLL2000 share task.
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隐马尔可夫支持向量机的浅解析
浅解析系统提供自然的局部句法信息表述,以满足多种语言信息处理需求,近年来受到了广泛关注。用于序列标记的隐马尔可夫支持向量机(hmm - svm)比生成模型(hmm)和分类模型(svm)都有优势,后者分别给出每个位置的标记结果。我们展示了如何在CoNLL2000共享任务数据集上训练hmm - svm模型以获得良好的性能。hmm - svm的f值为95.51%,优于ConLL2000共享任务的任何系统结果。
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