Stock Price Prediction Based on Markov Chains
DOI:
https://doi.org/10.54097/27a01r65Keywords:
Stock Index, Long-Term Prediction, Markov Chain.Abstract
Short-term trend prediction in the stock market is of significant importance for effective market regulation by the government and optimizing resource allocation for investors. It has become a research hotspot in both academia and the industry in recent years. In addressing the long-term stock price prediction problem, a Markov Chain-based stock price prediction method is proposed. This method is based on the concept of state transitions in Markov Chains, where stock indicator data is transformed into state data. A transition probability matrix is generated, and predictions are made using matrix multiplication. Testing and verification are conducted using two datasets, BJ#430510 (Feng Guang Precision) and SZ#000009 (China Baoan). The results indicate that the stock price prediction model proposed in this paper exhibits high accuracy and stability.
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References
Zhang, N. (2016). Research on Stock Trend Prediction Based on Time Series and Its Application in R Language. Modern Business, (23), 112 - 113.
Lin, L., Chen, X., & Zhang, D. (2018). Application of ARMA Model in Stocks. Economic Research Reference, (26), 53, 146 - 148.
Wu, Y., & Wen, X. (2016). Short-Term Stock Price Forecast Based on ARIMA Model. Statistics and Decision, (23), 83 - 86.
Ke, X. (2016). Measurement of Stock Market Risk Based on GARCH Model. Contemporary Economics, (32), 12 - 14.
Li, X. (2019). Application of Multiple Linear Regression and Time Series Models in Stock Forecasting. Technology Entrepreneurship Monthly, 32 (2), 153 - 155.
Wei, X. (2007). Application of Decision Tree Algorithm in Stock Analysis and Forecasting. Computer Knowledge and Technology: Academic Edition, 5, 764 - 765.
Wang, B., & Liu, Y. (2022). Stock Price Prediction Research Based on the KPCA-SVM-KNN Algorithm with Signal-to-Noise Ratio. Computer and Digital Engineering, 50 (4), 685 - 690.
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