Climate Prediction via Matrix Completion
Ghafarianzadeh, Mahsa (The George Washington University) | Monteleoni, Claire (The George Washington University)
Recently, machine learning has been applied to the problem of predicting future climates, informed by the multi-model ensemble of physics-based climate models that inform the Intergovernmental Panel on Climate Change (IPCC). Past work (Monteleoni et al., 2011, McQuade and Monteleoni, 2012) demonstrated the promise of online learning algorithms applied to this problem. Here we propose a novel approach, using sparse matrix completion.
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