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Solution of the answer formation problem in the question-answering system in Russian

机译:俄语问答系统中答案形成问题的解决方案

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The question-answering systems were being investigated for several decades, but the majority of researches were carried out in English. The subject of this paper is the knowledge-based question-answering system. The unique mathematical model describes the process of answering when the question is presented in Russian as a natural language. The model is executed by mapping the question to the existing structure of the offered knowledge base. Question mapping in the natural language to any logical form is performed by using the semantic-syntactical analysis under the conditions of a limited annotated semantic corpus in Russian. There exist loads of approaches to execute the syntactic, semantic-syntactic, semantic analysis and approaches to create the answer, but these approaches are not fully transferrable into Russian. The paper describes features of implementation of the semantic-syntactical analysis in Russian with using SRL algorithm, and features of answers creation. The described rules are based on the ontology offered by A. Grasser and containing 18 categories to determine the category of a question and to retrieve relations from the text. The paper shows the results of experiments in forming the answers for ifferent subject domains, including technical texts from the journal “Izvestiya SPbGETU "LETI"”, books of Turgenev, and results of the user's requests to a search engine. The directions of further researches in the field, which will increase quality of the model work, and supposed expansion of the available ontology of questions' categories are also described in this paper.
机译:问答系统已经研究了数十年,但是大多数研究都是用英语进行的。本文的主题是基于知识的问答系统。独特的数学模型描述了以俄语作为自然语言提出问题时的回答过程。通过将问题映射到所提供知识库的现有结构来执行该模型。在俄语中带注释的有限语义语料库的条件下,通过使用语义-句法分析将自然语言中的问题映射为任何逻辑形式。存在执行语法,语义句法,语义分析的方法和创建答案的方法,但是这些方法不能完全转换为俄语。本文介绍了使用SRL算法在俄语中执行语义-句法分析的功能以及答案创建的功能。所描述的规则基于A.Grasser提供的本体,包含18个类别,用于确定问题的类别并从文本中检索关系。本文显示了形成不同主题领域答案的实验结果,包括来自《 Izvestiya SPbGETU“ LETI”》杂志的技术文章,Turgenev的书以及用户对搜索引擎的请求结果。本文还描述了该领域进一步研究的方向,这将提高模型工作的质量,并提出了问题类别可用本体的假定扩展。

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