Cognitive Smart Plugs for Signature Identification of Residential Home Appliance Load using Machine Learning: From Theory to Practice.
Artur Felipe da Silva VelosoRegenildo G. de OliveiraAntonio A. RodriguesRicardo A. L. RabêloJoel J. P. C. RodriguesPublished in: ICC Workshops (2019)
Keyphrases
- machine learning
- smart home
- theoretical insights
- home appliances
- artificial intelligence
- energy saving
- pattern recognition
- machine learning algorithms
- load balancing
- data mining
- signature recognition
- smart home environment
- computational models
- learning algorithm
- real world
- home environments
- theoretical framework
- text mining
- information processing
- computer science
- cognitive development
- active learning
- smart environments
- explanation based learning
- information extraction
- machine learning methods
- supervised learning
- computational model
- hurricane katrina
- cognitive theory
- decision making
- decision trees
- reinforcement learning
- theoretical frameworks
- natural language
- text classification
- home environment
- computational intelligence
- signature verification
- real estate
- energy consumption
- natural language processing
- cognitive processes