基于极端梯度增强的混合遗传算法的房价预测

M. U. Siregar, Pahlevi Wahyu Hardjita, Farhan Armawan Asdin, Dewi Wardani, A. Wijayanto, Yessi Yunitasari, Muhammad Anshari
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引用次数: 0

摘要

预测楼价为客户提供更好的服务,让他们在购买物业前评估和估计楼价的变动。在应用遗传算法时选择的一些特征,包括OverallQual和GrLivArea,成为可以影响房地产价格的重要特征。本研究提出一种结合极端梯度提升算法的混合遗传算法来预测房地产房价。采用均方根误差(Root Mean Square Error)、处理时间和删除的特征数量对该方法进行了评价。将该方法与单一的极限梯度增强方法进行了比较。实验结果表明,与单一的极限梯度增强方法的0.133相比,该方法的均方根误差最小,为0.129。此外,该方案的预测时间比单一的方法要好得多。
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Housing Price Prediction Using a Hybrid Genetic Algorithm with Extreme Gradient Boosting
Predicting property prices provides a better service for customers to evaluate and estimate price movement before their purchases. Some features including OverallQual and GrLivArea, which were selected when applying GA, become important features that can influence property prices. This research proposes a hybrid Genetic algorithm combined with the Extreme Gradient Boosting algorithm to predict real estate housing prices. The proposed scheme is evaluated by Root Mean Square Error, processing time, and the number of deleted features. The proposed scheme has been compared with the sole Extreme Gradient Boosting. The experimental results show that the proposed scheme produces the smallest root mean square error value of 0.129 compared to 0.133 of the sole Extreme Gradient Boosting. Furthermore, the predicted time of the proposed scheme is much better than the sole method.
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