Investing Decision Model Based on Apriori Algorithm
DOI:
https://doi.org/10.54097/ehss.v16i.9615Keywords:
Quantitative investment; Data Mining; Apriori; Decision-Making Model.Abstract
Quantitative investments can be effective in reducing losses. It plays an important role in the pre-diction of the market. Due to this, more and more investors are paying attention to it. Trade Strategy Model and other models are used to predict price and make the decision. In Data Mining (DM), quantile values, advance rate, and decline rate are utilized to determine relative likelihood. Furthermore, the Apriori algorithm is used to calculate the number of continuous rises and falls that occur with a probability greater than 90%. To determine the amount of dollars to be purchased or sold in the shipment space, we establish a Position-Management Model (PMM). Finally, we introduce the Decision-Making Model (DMM) as a tool for trading decisions. We then plug $1000 into the model to arrive at $1958.37 in 2021. Based on the comparison of the predicted price and the real price from 2019-9-1 to 2019-10-31, we found a slight deviation between the predicted and the real price. As part of our verification process, we used the BackTesting method and selected the indicator "annual return rate," whose test showed an average of 17.687%, an excellent result. Afterward, we provide a summary of the strategy process for assisting its quantitative trading investment. To conclude, our models are distinguished by their precise values.
Downloads
References
Cohen, Gil. “Forecasting Bitcoin Trends Using Algorithmic Learning Systems.” Entropy, vol. 22, no. 8, 2020, p. 838., https://doi.org/10.3390/e22080838.
A Chunxiang, Liu Sanyang. Research on Portfolio Investment Model and Its Algorithm,2005
Richard A. DeFusco; Dennis W. McLeavey; Jerald E. Pinto; David E. Runkle, Quantitative Methods for Investment Analysis, 264215, 201
Guo Sihan. Research on bitcoin price prediction and trading strategy based on improved recurrent neural network [D]. Shanghai Normal University, 2021
Robert J. Hilderman, Colin L. Carter, Howard J. Hamilton, And Nick Cercone, “Mining Association Rules from Market Basket Data Using Share Measures and characterized Itemsets”
Downloads
Published
Issue
Section
License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.






