Trading strategy prediction model based on quadratic programming and XGBoost

Shuaikai Ding, Shaobo Ding, Tianshuo Ding
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Abstract

In this paper, the quadratic programming is established on the basis of mean-variance evaluation method, and the commission is taken into account to achieve the effect of large investment return and small risk. The error analysis between the predicted data and the actual data is made. Then, the obtained data are introduced into the quadratic programming model to constrain the constraint conditions, and the percentage of daily investment in gold and bitcoin in 5 years is solved, which is the trading strategy. XGBoost regression model and BP neural network model are used for prediction. The error analysis of the two strategies is carried out, and the XGBoost model with high prediction accuracy is selected. The prediction accuracy can prove that this strategy is the best strategy.
基于二次规划和XGBoost的交易策略预测模型
本文在均值方差评价方法的基础上建立了二次规划,并考虑了佣金,达到了投资收益大、风险小的效果。对预测数据与实际数据进行了误差分析。然后,将得到的数据引入二次规划模型,对约束条件进行约束,求解出5年内每日投资黄金和比特币的比例,即交易策略。采用XGBoost回归模型和BP神经网络模型进行预测。对两种策略进行误差分析,选择了预测精度较高的XGBoost模型。预测精度可以证明该策略是最佳策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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