학술논문

Framework for Load Power Consumption in HANs Using Machine Learning and IoT Assistance
Document Type
Periodical
Source
IEEE Design & Test IEEE Des. Test Design & Test, IEEE. 38(4):102-108 Aug, 2021
Subject
Computing and Processing
Components, Circuits, Devices and Systems
Training data
Monitoring
Machine learning
Support vector machines
Power demand
Intelligent sensors
Machine learning algorithms
Energy consumption
Home automation
Embedded systems
Energy
Gateway
Machine Learning
IoT
Smart grid
Language
ISSN
2168-2356
2168-2364
Abstract
In home area networks, many appliances share a power distribution network and all are potentially the cause and victims of sudden current, voltage, and power spikes. This article proposes a monitoring framework to protect the devices and the network against damage and to optimize power consumption. The authors study and evaluate two machine learning algorithms, support vector machine and k-means clustering, for identifying anomalies and misbehavior, and find that support vector machines seem to be better suited for this application.