使用逻辑回归的智能家居活动识别

O. Gorjani, P. Bilik, J. Koziorek
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引用次数: 1

摘要

本研究考察并调查了逻辑回归的应用,以识别智能家居环境中单个测试对象执行的多个预定义的人类活动。两个惯性测量单元(IMU)设备作为可穿戴设备,用于收集测试对象的运动数据。测试对象将这些装置戴在右手腕和脚踝上。所获得的数据是使用KNX智能家居技术测量的室内空气质量数据(湿度、二氧化碳、温度)。该研究有助于提供有关智能家居住宅的活动水平和福祉的详细报告,并创建一个自动调整其居住需求的智能家居环境。所得结果显示了很高的分类准确率(平均97.8%)。
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Activity recognition within smart homes using logistic regression
This study takes a look and investigates the application of logistical regression to recognize multiple predefined human activities performed by a single test subject within smart home environment. Two Inertial Measurement Unit (IMU) devices were used as wearable gadgets to collect movement data from the test subjects. Test subject worn these devices on their right wrist and ankle. The obtained data are combined room air quality data (Humidity, CO2, temperature) measured using KNX smart home technology. The research is beneficial to provide detailed report about activity levels and well-being of the smart home residence and create a smart home environment that adjust automatically to its residence requirements. The obtained results showed very high classification accuracy (97.8% in average).
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