Speculator and influencer evaluation in stock market by using social media
Speculator and influencer evaluation in stock market by using social media
Social media platforms are places where people post their feelings and thoughts about a topic. The institutions, organizations, individuals, or companies that are the subject of these ideas are affected by these posts. As discussed in different studies, companies in stock exchange markets are affected by the posts made on these social media platforms. At the same time, individuals who are aware of this fact, namely speculators and influencers, may make profit by manipulating the truth. In this study, possible speculators or influencers using the Twitter social media platform are investigated. As the target companies, Google, Amazon, Apple, Tesla, and Microsoft were chosen, which are among the largest companies on the NASDAQ stock exchange market. In the study, asentiment analysis using the Loughran and McDonald sentiment analysis dictionary was utilized. The sentiment analysis results were used to model different machine learning algorithms. With the models, individuals who had too many positive or negative effects as possible speculators or influencers were identified. The study was performed for 5 years of data. The results indicates that (1) without noise reduction, it is not possible to establish a correlation on individual tweets and their effects on the stock market; (2) it is not possible to establish a correlation between the number of tweets and the volume of companies; (3) the effect of threshold on the accuracy, which has been done and proven in different studies, has also been proven in this study; (4) RBF Kernel SVM method gives better result than other machine learning methods.
4559-4566
Dogan, Mustafa
a852dde6-13bd-45bf-afb8-e8457f69f1f0
Metin, Omer
595a3e90-3ec6-4647-bba6-69fe8ce3a627
Tek, Elif
fe618ba4-02ab-47c3-9164-c4f291bcc38e
Yumusak, Semih
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Oztoprak, Kasim
787fc90b-50e6-44b8-a64d-8c388c72e678
19 March 2020
Dogan, Mustafa
a852dde6-13bd-45bf-afb8-e8457f69f1f0
Metin, Omer
595a3e90-3ec6-4647-bba6-69fe8ce3a627
Tek, Elif
fe618ba4-02ab-47c3-9164-c4f291bcc38e
Yumusak, Semih
5a45f53d-7a3c-4e3d-93b1-bc83f7096f37
Oztoprak, Kasim
787fc90b-50e6-44b8-a64d-8c388c72e678
Dogan, Mustafa, Metin, Omer, Tek, Elif, Yumusak, Semih and Oztoprak, Kasim
(2020)
Speculator and influencer evaluation in stock market by using social media.
In Proceedings of the 2020 IEEE International Conference on Big Data, Big Data 2020.
IEEE.
.
(doi:10.1109/BigData50022.2020.9378170).
Record type:
Conference or Workshop Item
(Paper)
Abstract
Social media platforms are places where people post their feelings and thoughts about a topic. The institutions, organizations, individuals, or companies that are the subject of these ideas are affected by these posts. As discussed in different studies, companies in stock exchange markets are affected by the posts made on these social media platforms. At the same time, individuals who are aware of this fact, namely speculators and influencers, may make profit by manipulating the truth. In this study, possible speculators or influencers using the Twitter social media platform are investigated. As the target companies, Google, Amazon, Apple, Tesla, and Microsoft were chosen, which are among the largest companies on the NASDAQ stock exchange market. In the study, asentiment analysis using the Loughran and McDonald sentiment analysis dictionary was utilized. The sentiment analysis results were used to model different machine learning algorithms. With the models, individuals who had too many positive or negative effects as possible speculators or influencers were identified. The study was performed for 5 years of data. The results indicates that (1) without noise reduction, it is not possible to establish a correlation on individual tweets and their effects on the stock market; (2) it is not possible to establish a correlation between the number of tweets and the volume of companies; (3) the effect of threshold on the accuracy, which has been done and proven in different studies, has also been proven in this study; (4) RBF Kernel SVM method gives better result than other machine learning methods.
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Published date: 19 March 2020
Venue - Dates:
2020 IEEE International Conference on Big Data (Big Data), , Atlanta, United States, 2020-12-10 - 2020-12-13
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Local EPrints ID: 478434
URI: http://eprints.soton.ac.uk/id/eprint/478434
PURE UUID: d07807d5-d2e8-4211-ae10-c350a630d62c
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Date deposited: 30 Jun 2023 16:52
Last modified: 17 Mar 2024 02:35
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Author:
Mustafa Dogan
Author:
Omer Metin
Author:
Elif Tek
Author:
Semih Yumusak
Author:
Kasim Oztoprak
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