Techniques, Methods, and Analysis of Text Mining: A Review

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Abstract

Recent technological advances have led to the availability of new types of observations and measurements that were previously not available and that have fueled the ‘Big Data’ trend. Along with standard structured forms of data (containing mainly numbers), modern databases include new forms of unstructured data comprising words, images, sounds, and videos which require new techniques to be exploited and interpreted. This study focuses on Text Mining, which is a set of statistical and computer science techniques specifically developed to analyze text data. New sources of text data are now available, such as text messaging, social media activity, blogs, and web searches. The increasing availability of published text, sophisticated technologies, and growing interest in organizations in extracting information from text have led to replacing (or at least supplementing) the human effort with automatic systems. Text mining can be used for a variety of scopes, ranging from basic descriptions of text content through word counts to more sophisticated uses such as finding links between authors and evaluating the content of scripts (e.g., automated marking of essays). Its basic purpose is to process the unstructured information contained in text data in order to make text accessible to various Data mining statistical algorithms. This could help make text data as informative as standard structured data and allow us to investigate relationships and patterns that would otherwise be extremely difficult, if not impossible, to discover. This study takes a quick look at how to organize and analyze unstructured text data using R programming language. And implementing various text mining operations to clean and structure the “eng_news_2020” dataset. This study also represents some association between the words using the chi-square test and clustering procedure.
文本挖掘的技术、方法和分析综述
最近的技术进步导致了以前无法获得的新型观测和测量的可用性,并推动了“大数据”趋势。除了标准的结构化数据形式(主要包括数字)外,现代数据库还包括新的非结构化数据形式,包括文字、图像、声音和视频,这些数据需要新的技术来利用和解释。本研究的重点是文本挖掘,这是一套专门用于分析文本数据的统计和计算机科学技术。现在有了新的文本数据源,例如文本消息、社会媒体活动、博客和web搜索。越来越多的已发布文本的可用性、复杂的技术以及组织对从文本中提取信息的兴趣的增长,导致了用自动系统取代(或至少补充)人工工作。文本挖掘可以用于各种范围,从文本内容的基本描述到单词计数,再到更复杂的用途,如查找作者之间的链接和评估脚本内容(例如,文章的自动标记)。其基本目的是处理文本数据中包含的非结构化信息,使文本能够被各种数据挖掘统计算法访问。这有助于使文本数据具有与标准结构化数据一样的信息量,并允许我们调查关系和模式,否则这些关系和模式即使不是不可能发现,也是极其困难的。本研究快速了解了如何使用R编程语言组织和分析非结构化文本数据。并实现各种文本挖掘操作来清理和构建“eng_news_2020”数据集。本研究还使用卡方检验和聚类程序表示单词之间的一些关联。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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