0 likes | 1 Views
Explore how Graph Representation Learning and machine learning algorithms optimize household electricity usage. Learn how AI helps build smarter, greener homes in this innovative research by ScholarsColab.
E N D
Graph Representation Learning for Residential Electricity Behavior Optimizing Energy Management with AI and ML By ScholarsColab - https://scholarscolab.com/
Introduction • As global energy demands rise, efficient management becomes essential. AI and ML offer innovative solutions through behavior modeling, enabling smart homes and intelligent energy grids.
Problem Statement • Traditional methods fall short in identifying detailed electricity usage behaviors. Lack of accuracy and adaptability limit their impact on sustainable energy management.
Proposed Solution • Our research leverages Graph Representation Learning to identify residential electricity behavior. This approach maps complex user interactions with energy systems over time.
Technology Used • • Graph Neural Networks (GNNs) • • Time-series analysis • • Data-driven behavior modeling • • Machine Learning Algorithms for prediction and classification
Results and Impact • • Enhanced accuracy in energy usage predictions • • Adaptive load forecasting • • Personalized energy-saving strategies • • Support for sustainable energy systems
About ScholarsColab • ScholarsColab is a hub for innovative academic research in AI, ML, and sustainability. • Explore more projects and publications at https://scholarscolab.com/