Mevzuat Verisetinde Soru Cevaplama Uygulamasi Question Answering Application on Legalisation Dataset

Meltem Çetiner, Ahmet Yıldırım, Cüneyt Öksüz, Bahadir Onay
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Abstract

Question Answering is a widely studied sub-field of Natural Language Processing (NLP). It studies information retrieval techniques that locate the answer in a corpus for a given query. Recently, deep learning techniques are widely employed in this field. This work uses a transfer learning method on Turkish Tax legislation documents. Experts in Tax-Law domain created 355 question-answer pairs in SQuAD 1.1 (Stanford Question Answering Dataset) format using law documents in UYAP (National Judiciary Informatics System). BERT (Bidirectional Encoder Representations from Transformers) contextual word embedding vectors are used to create a representation that can capture different meanings in word representations. Using both these embeddings and the model obtained from SQuAD 1.1 dataset, a system was deployed. Also, using the failing answers retrieved from the application of this model, a SQuAD 2.0 dataset were created that includes impossible-to-answer questions. New models were obtained by training with this dataset. Our observation is that the most successful model of SQuAD 2.0 dataset outperforms that of SQuAD 1.1 by 11% in exact matching measure and by 5% in F1.
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基于规范化数据集的维吾尔语问答技术研究
问答是自然语言处理(NLP)中一个被广泛研究的分支领域。它研究了在语料库中定位给定查询的答案的信息检索技术。近年来,深度学习技术在该领域得到了广泛的应用。本研究采用迁移学习方法对土耳其税收立法文件进行研究。税法领域专家利用UYAP(国家司法信息系统)中的法律文件,创建了SQuAD 1.1(斯坦福问答数据集)格式的355对问答。BERT(来自变形器的双向编码器表示)上下文词嵌入向量用于创建可以捕获词表示中不同含义的表示。利用这些嵌入和从SQuAD 1.1数据集获得的模型,部署了一个系统。此外,使用从该模型的应用程序中检索到的失败答案,创建了SQuAD 2.0数据集,其中包括不可能回答的问题。利用该数据集进行训练,得到新的模型。我们的观察是,SQuAD 2.0数据集最成功的模型在精确匹配度量上优于SQuAD 1.1模型11%,在F1中优于5%。
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