AI for Smart Home Automation

© 2022 by the authors; CC BY-NC-ND license

timed up-and-go test; TUG subtask segmentation; deep learning; temporal convolutional network; artificial intelligence; autonomous agent; unknown built environment; hierarchical framework; path finding; robotic system design; affective recommendation; pet social network; emotion recognition model; dog barking recognition; deep learning; myocardial infraction; heart rate variability; 10-second heart rate variability; diagnostics; machine learning; k-nearest neighbor classifier; radial basis function; decision tree; random forest; brain–computer interface (BCI); event-related potential (ERP); row-column paradigm (RCP); stimulus; face; picture; machine learning; deep learning; recommendation system; energy consumption; smart home; neural network; performance evaluation; smart environment; real-time applications; QoS performance analysis; IEEE technologies; human behavior recognition; energy image species; hierarchical patches descriptor; approximate locality-constrained linear coding algorithm; machine learning (ML); nonintrusive load monitoring (NILM); smart home; support vector machine (SVM); sweep frequency response analysis (SFRA); home automation systems; speech recognition; natural language understanding; smart plug socket