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Multi-Resident Activity Recognition using Multi-Label Classification in Ambient Sensing Smart Homes

机译:环境感知智能家居中使用多标签分类的多居民活动识别

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Activity recognition in smart home environment using wireless ambient sensing is a well-known problem that is being researched very actively. Rapid development in the sensing technologies has made human activity recognition very important for various fields such as health care, home monitoring, surveillance, etc. In this paper, we describe the use of Classifier Chain method of the Multi-Label Classification approach to tackle the task of multi-resident activity recognition. We evaluate the developed model of Classifier Chain with K-Nearest Neighbor as base classifier on real world ARAS dataset which consists of two smart homes with evaluation metrics such as accuracy, precision and hamming loss. Through results, it can be inferred that Classifier Chain method successfully caters the problem of multi-resident activity recognition taking into consideration underlying label dependencies.
机译:使用无线环境感测的智能家居环境中的活动识别是一个众所周知的问题,正在积极研究中。传感技术的飞速发展使得人类活动识别对于医疗保健,家庭监控,监视等各个领域都非常重要。在本文中,我们描述了使用多标签分类方法的分类器链方法来解决人类活动的问题。多居民活动识别的任务。我们在真实世界的ARAS数据集上评估以K最近邻为基础分类器的分类器链的开发模型,该数据集由两个智能房屋组成,并具有准确性,精确度和汉明损失等评估指标。从结果可以推断,分类器链方法成功地解决了多居民活动识别问题,同时考虑了潜在的标签依赖性。

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