Social media sentiment enhanced stock market prediction analysis
Stock market prediction is one of the key research areas in machine learning, providing researchers with a challenging task to forecast accurately, given that the dynamic nature of stock market and its relationship follows non-linearly. Various theories have highlighted the unattractiveness of stock...
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sg-ntu-dr.10356-740142023-03-03T20:30:09Z Social media sentiment enhanced stock market prediction analysis Tan, Adrian Yong Chang Li Fang School of Computer Science and Engineering A*STAR Wang Zhaoxia DRNTU::Engineering::Computer science and engineering Stock market prediction is one of the key research areas in machine learning, providing researchers with a challenging task to forecast accurately, given that the dynamic nature of stock market and its relationship follows non-linearly. Various theories have highlighted the unattractiveness of stock market prediction, making it a redundant task. Therefore, this project aims to reflect the possibilities of stock market prediction in achieving high performance. We aim to explore the role of the learning-based methods in stock market prediction, and the reasons behind achieving high performance. For the implementation of the project, we randomly chose 5 stocks from Standard & Poor (S&P) 500 index via Yahoo Finance and used different learning-based methods to compare performance for both classification and regression problems. In addition, we split the dataset into training set, which comprises 70% of the dataset to build the model, and testing set, which comprises the remaining 30% to verify its performance. The result implies that for classification, ensemble learning methods tend to perform better in terms of accuracy, while SVM tend to perform better in terms of F-Measure. As for regression, all the learning-based methods used achieve high accuracy of more than 97%. In addition, based on the results, regression has a higher suitability in stock market prediction as compared to classification. In conclusion, this project highlights the possibilities of using machine learning for stock market prediction in achieving high performance. Therefore, it can contradict various theories that highlights the unattractiveness of stock market prediction, and more research efforts can be implemented on stock market prediction. Bachelor of Engineering (Computer Science) 2018-04-23T07:23:34Z 2018-04-23T07:23:34Z 2018 Final Year Project (FYP) http://hdl.handle.net/10356/74014 en Nanyang Technological University 44 p. application/pdf |
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DRNTU::Engineering::Computer science and engineering Tan, Adrian Yong Chang Social media sentiment enhanced stock market prediction analysis |
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Stock market prediction is one of the key research areas in machine learning, providing researchers with a challenging task to forecast accurately, given that the dynamic nature of stock market and its relationship follows non-linearly. Various theories have highlighted the unattractiveness of stock market prediction, making it a redundant task.
Therefore, this project aims to reflect the possibilities of stock market prediction in achieving high performance. We aim to explore the role of the learning-based methods in stock market prediction, and the reasons behind achieving high performance.
For the implementation of the project, we randomly chose 5 stocks from Standard & Poor (S&P) 500 index via Yahoo Finance and used different learning-based methods to compare performance for both classification and regression problems. In addition, we split the dataset into training set, which comprises 70% of the dataset to build the model, and testing set, which comprises the remaining 30% to verify its performance.
The result implies that for classification, ensemble learning methods tend to perform better in terms of accuracy, while SVM tend to perform better in terms of F-Measure. As for regression, all the learning-based methods used achieve high accuracy of more than 97%. In addition, based on the results, regression has a higher suitability in stock market prediction as compared to classification.
In conclusion, this project highlights the possibilities of using machine learning for stock market prediction in achieving high performance. Therefore, it can contradict various theories that highlights the unattractiveness of stock market prediction, and more research efforts can be implemented on stock market prediction. |
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Li Fang |
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Li Fang Tan, Adrian Yong Chang |
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Final Year Project |
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Tan, Adrian Yong Chang |
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Tan, Adrian Yong Chang |
title |
Social media sentiment enhanced stock market prediction analysis |
title_short |
Social media sentiment enhanced stock market prediction analysis |
title_full |
Social media sentiment enhanced stock market prediction analysis |
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Social media sentiment enhanced stock market prediction analysis |
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Social media sentiment enhanced stock market prediction analysis |
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social media sentiment enhanced stock market prediction analysis |
publishDate |
2018 |
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http://hdl.handle.net/10356/74014 |
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1759857904004890624 |