Indirect Recognition of Predefined Human Activities
Copyright policy )Indirect Recognition of Predefined Human Activities
The work investigates the application of artificial neural networks and logistic regression for the recognition of activities performed by room occupants. KNX (Konnex) standard-based devices were selected for smart home automation and data collection. The obtained data from these devices (Humidity, CO2, temperature) were used in combination with two wearable gadgets to classify specific activities performed by the room occupant. The obtained classifications can benefit the occupant by monitoring the wellbeing of elderly residents and providing optimal air quality and temperature by utilizing heating, ventilation, and air conditioning control. The obtained results yield accurate classification.
- Technical University of Ostrava Czech Republic
- Vysoká škola báňská-Technická univerzita Ostrava (VŠB Technical University of Ostrava) Czech Republic
- University of Ferrara Italy
TP1-1185, Article, Heating, Wearable Electronic Devices, activity recognition; artificial neural network; classification; deep learning; intelligent buildings; logistic regression; prediction; smart homes, Air Pollution, intelligent buildings, Humans, Air Conditioning, Human Activities, activity recognition, Aged, logistic regression, Chemical technology, Temperature, deep learning, Humidity, prediction, Carbon Dioxide, Ventilation, Logistic Models, smart homes, classification, Neural Networks, Computer, artificial neural network
TP1-1185, Article, Heating, Wearable Electronic Devices, activity recognition; artificial neural network; classification; deep learning; intelligent buildings; logistic regression; prediction; smart homes, Air Pollution, intelligent buildings, Humans, Air Conditioning, Human Activities, activity recognition, Aged, logistic regression, Chemical technology, Temperature, deep learning, Humidity, prediction, Carbon Dioxide, Ventilation, Logistic Models, smart homes, classification, Neural Networks, Computer, artificial neural network
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