2021 6th International Conference on Computer Science and Engineering (UBMK) · 2021 · 40 citations · 10 references
BusinessFinanceData MiningMachine LearningText AnalyticsInvestor SentimentMarket SentimentOpinion MiningSentiment AnalysisSocial MediaText MiningAutomated Data CollectionPolarity DetectionRandom Forest ClassificationSentiment ClassificationSentiment MeasurementSocial Media SentimentTextual Sentiment AnalysisTweet Sentiment Analysis
Many traders believe in and use Twitter tweets to guide their daily cryptocurrency trading. In this project, we investigated the feasibility of automated sentiment analysis for cryptocurrencies. For the study, we targeted one cryptocurrency (NEO) altcoin and collected related data. The data collection and cleaning were essential components of the study. First, the last five years of daily tweets with NEO hashtags were obtained from Twitter. The collected tweets were then filtered to contain or mention only NEO. We manually tagged a subset of the tweets with positive, negative, and neutral sentiment labels. We trained and tested a Random Forest classifier on the labeled data where the test set accuracy reached 77%. In the second phase of the study, we investigated whether the daily sentiment of the tweets was correlated with the NEO price. We found positive correlations between the number of tweets and the daily prices, and between the prices of different crypto coins. We share the data publicly.
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