使用实时Twitter Tweets进行产品/人员的性能预测

Devesh Bhangale, Snehal Poojary, Sameer Ahire, Priyanka Shingane
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引用次数: 0

摘要

在过去的十年里,人们在使用特定的社交媒体和微博网站(如Twitter、Facebook、Instagram和YouTube)上的在线资源方面经历了指数级的增长。许多企业和机构都认为这些资源是丰富的营销信息宝库。在这样的平台上,产生了大量的记录(例如:twitter上每2d有5000条推文),这意味着公司有机会检查他们的社会影响和人们对他们产品的看法,甚至频繁的人也可以发现某种产品的表现或特定政治人物的整体表现。在这个项目中,我们从用户那里获取给定数量的推文,并使用监督式机器学习方法将其分类为Positive, Negative和Neutral。在这种方法中,我们分析推文的极性和主观性,然后我们使用NLP将原始记录分类为记录体,从而从每个推文中去除不需要的单词。像“as”、“the”、“of”这样的中性词被从推特中删除。首先利用自然语言处理对推文进行了较好的分类,然后利用随机森林分类器、决策树分类器、逻辑回归和支持向量分类器等分类算法对推文进行分类。然后将分析后的推文结果进行比较,再进行NLP处理。我们还使用数据可视化的短语频率,并显示饼状图或条形图的各种积极的,消极的和公正的推文。
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Performance Prediction of Product/Person Using Real Time Twitter Tweets
Over a previous decade people have experienced an exponential boom in the usage of online resources in specific social media and microblogging internet site such as Twitter, Facebook, Instagram and YouTube. Many businesses and agencies has identified these sources as a wealthy mine of marketing information. On such platforms, massive quantities of records are produced (e.g.: 5000 tweets per 2d on twitter), this representing an chance for companies to check their social impact and people opinions towards their products, and even frequent people can additionally discover out what is a performance of a certain product or the overall performance of a particular political personality. In this project, we fetch the given number of tweets from users and classify it as Positive, Negative and Neutral by the usage of supervised machine learning approach. In this method we’re analyzing the Polarity and Subjectivity of the tweets and then later we’re using NLP to classify the raw records into records body which gets rid of the undesirable words from each of the tweets. Neutral words like ‘as, the, of’ are eliminated from the tweets. Using NLP, we get better results of the tweets, later we classify the tweets using classifying algorithms like Random Forest Classifier, Decision Tree Classifier, Logistic Regression, and Support Vector Classifier. Later it compares the result of tweets which had been analyzed before processing into NLP. We are also using Data Visualization for phrase frequencies, and for displaying a pie or bar chart of a variety of positive, negative and impartial tweets.
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