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Application of a novel feature selector for human activity recognition based on inertial monitored data

机译:一种基于惯性监测数据的人类活动识别的新型特征选择器的应用

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The last technological advances in wearable sensors and machine learning are allowing for a new generation of human monitoring techniques, with an especial interest for the analysis of human biomechanics and activity recognition. In this paper, an application of intelligent systems to solve the problem of daily physical activity recognition is presented. Taking into account the importance of data featuring and the selection of the most important features for subsequent pattern recognition stage, a new feature selection methodology based on a filter technique via a couple of two statistical criteria is presented. Satisfactory accuracy rates are achieved by using support vector machines especially for preprocessed data, with remarkable accuracy and applicability in the case of the wrist location.
机译:可穿戴传感器和机器学习中的最后一次技术进步允许新一代人类监测技术,特别适合分析人类生物力学和活动识别。本文介绍了智能系统来解决日常体育识别问题的应用。考虑到数据的重要性,并在后续模式识别阶段选择最重要的特征,提出了一种基于通过几个统计标准的滤波技术的新特征选择方法。通过使用支持向量机器,特别是用于预处理数据的支持向量机来实现令人满意的精度率,在手腕位置的情况下具有显着的精度和适用性。

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