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Natural Language Query to NoSQL Generation Using Query-Response Model

机译:使用查询响应模型到NoSQL生成的自然语言查询

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This paper proposes an automated query-response model termed Natural Language Query to NoSQL Generation using Query-Response Model (NLNSM) that can manage various types of natural language queries from the user. The NLNSM System uses POS Tagging and combination based technique to handle assertive, interrogative, imperative, compound and complex type query sentences from the user. The algorithm of NLNSM generates NoSQL query for each of the natural language queries (NL) to retrieve data from the MongoDB database resident within the NLNSM. The NLNSM system is also able to extract exact noun or noun phrases from natural language queries posted by the user without any interruption. The usage of MongoDB has added advantage for the system. Unlike traditional databases, MongoDB uses JSON Scripts or Binary JSON (also termed as BSON) which is smaller and faster for computation with easier parsing techniques. Moreover, in MongoDB, one collection holds different documents where the number of fields, content and size of the document can differ from one document to another. It also supports dynamic queries on documents, is highly scalable and enables faster and efficient access of datasets.
机译:本文提出了一种自动查询 - 响应模型,使用查询响应模型(NLNSM)将自然语言查询称为NoSQL生成,可以管理来自用户的各种类型的自然语言查询。 NLNSM系统使用POS标记和基于组合的技术来处理来自用户的自信,疑问,命令,化合物和复杂类型查询句子。 NLNSM的算法为每个自然语言查询(NL)生成NoSQL查询,以从NLNSM内的MongoDB数据库中检索数据。 NLNSM系统还能够从用户发布的自然语言查询中提取精确的名词或名词短语而没有任何中断。 MongoDB的使用增加了系统的优势。与传统数据库不同,MongoDB使用JSON脚本或二进制JSON(也称为BSON),其较小且更快地用于计算,以更轻松地解析技术。此外,在MongoDB中,一个集合包含不同的文档,其中文档的字段数量,内容和大小的数量可以与另一个文档不同。它还支持文档的动态查询,是高度可扩展的,可实现数据集的速度和高效访问。

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