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Natural Language Semantic Construction Based on Cloud Database

机译:基于云数据库的自然语言语义施工

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Natural language semantic construction improves natural language comprehension ability and analytical skills of the machine.It is the basis for realizing the information exchange in the intelligent cloud-computing environment.This paper proposes a natural language semantic construction method based on cloud database,mainly including two parts:natural language cloud database construction and natural language semantic construction.Natural Language cloud database is established on the CloudStack cloud-computing environment,which is composed by corpus,thesaurus,word vector library and ontology knowledge base.In this section,we concentrate on the pretreatment of corpus and the presentation of background knowledge ontology,and then put forward a TF-IDF and word vector distance based algorithm for duplicated webpages(TWDW).It raises the recognition efficiency of repeated web pages.The part of natural language semantic construction mainly introduces the dynamic process of semantic construction and proposes a mapping algorithm based on semantic similarity(MBSS),which is a bridge between Predicate-Argument(PA)structure and background knowledge ontology.Experiments show that compared with the relevant algorithms,the precision and recall of both algorithms we propose have been significantly improved.The work in this paper improves the understanding of natural language semantics,and provides effective data support for the natural language interaction function of the cloud service.
机译:自然语言语义结构提高了机器的自然语言理解能力和分析技能。它是实现智能云计算环境中信息交换的基础。本文提出了一种基于云数据库的自然语言语义施工方法,主要包括两个零件:自然语言云数据库建设和自然语言语义构建。在CloudStack云计算环境中建立了Natural Language Cloud数据库,由语料库,词库,文字矢量库和本体知识库组成。在本节中,我们专注于语料库的预处理和背景知识本体论的演示文稿,然后提出了一种用于重复网页(TWDW)的TF-IDF和Word矢量距离算法。它提高了重复网页的识别效率。自然语言语义构建的一部分主要介绍语义建设的动态过程并提出了一种基于语义相似性(MBSS)的映射算法,它是谓词参数(PA)结构和背景知识本体之间的桥梁。实验表明,与相关算法相比,我们提出的这两种算法的精度和召回显着改善。本文的工作提高了对自然语言语义的理解,并为云服务的自然语言交互功能提供了有效的数据支持。

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