大数据情感分析技术综述

Raed Abdulkareem Hasan, T. Sutikno
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引用次数: 2

摘要

自然语言处理、文本分析、文本预处理、词干提取等领域是目前最重要的研究领域。情感分析适用于所有这些领域。情绪研究是通过使用各种方法和工具来分析非结构化数据的任务,从而有可能从所述数据的分析中获得客观结果。这些方法,在它们最基本的形式下,使计算机能够理解人类在说什么。在情感分析的过程中,为了评估给定文本或句子所传达的态度,使用了多种方法。机器学习方法和基于词典的方法可以分为两个主要类别,这取决于使用哪种方法来开发它。为了深入了解市场并提高业绩,企业利用情绪分析。在发展智能社会的过程中,情感分析的使用是巨大的,迫切需要全面地定义趋势。本研究的基本目的是对目前可用于执行大数据情感分析方法的几个平台进行深入调查。本研究考察了目前可用于大数据分析的各种硬件平台,并基于许多不同的指标(包括可扩展性、数据I/O速率、容错性、实时处理、支持的数据大小和迭代任务支持)评估了每种平台的优缺点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Review on Big Data Sentiment Analysis Techniques
The areas of Natural Language Processing, Text Analysis, Text Preprocessing, Stemming, etc. are the most important study fields at the moment. Sentiment analysis is employed for all of these areas. Study of sentiment is performed by using a variety of methods and tools to the task of analyzing unstructured data in such a way that it is possible to get objective findings from the analysis of said data. These methods, in their most fundamental form, make it possible for a computer to comprehend what a human person is saying. A variety of methods are utilized in the process of sentiment analysis in order to assess the attitude conveyed by a given text or sentence. A machine learning approach and a lexicon-based approach are the two primary categories into which it may be divided, depending on which method was used to develop it. For the purpose of gaining insights into the market and improving performance, businesses utilize sentiment analysis. The use of sentiment analysis in the process of developing a smart society is enormous, and there is a pressing need to define the trend in a comprehensive manner. The fundamental objective of this study is to present an in-depth investigation of the several platforms that are now accessible for the execution of Big Data Sentiment Analysis Methods. This study examines the various hardware platforms that are currently available for big data analytics and evaluates the benefits and drawbacks of each of these platforms based on a number of different metrics, including scalability, data I/O rate, fault tolerance, real-time processing, data size supported, and iterative task support.
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