利用牛顿-拉夫森参数提高多类集成梯度增强的运动分类性能

S. L. Wungo, F. Aziz
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引用次数: 0

摘要

智能手机的各种传感器都很复杂,只要把智能手机放在人体上,就能识别人体的活动。对人类活动进行分类时,使用机器学习方法可以获得最好的性能,而逻辑回归等统计方法的结果较差。然而,集成技术的应用弥补了逻辑回归方法在人类活动分类方面的不足。本文提出了应用Multiclass Ensemble Gradient Boost技术来改进Logistic回归分类方法对人类行走、跑步、爬楼梯、下楼等活动进行分类的性能。结果表明,基于Newton-Raphson参数估计的多类集成梯度Boost分类器将逻辑回归的准确率提高了29.11%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Increasing Performance of Multiclass Ensemble Gradient Boost uses Newton-Raphson Parameter in Physical Activity Classifying
The sophistication of smartphones with various sensors they have can be used to recognize human physical activity by placing the smartphone on the human body. Classification of human activities, the best performance is obtained when using machine learning methods, while statistical methods such as logistic regression give poor results. However, the weakness of the logistic regression method in classifying human activities is corrected by using the ensemble technique. This paper proposes to apply the Multiclass Ensemble Gradient Boost technique to improve the performance of the Logistic Regression classification in classifying human activities such as walking, running, climbing stairs, and descending stairs. The results show that the Multiclass Ensemble Gradient Boost Classifier by Estimating the Newton-Raphson Parameter succeeded in improving the performance of logistic regression in terms of accuracy by 29.11%.
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