Deep symbolic regression Using a suitable reward mechanism with the reinforcement learning to identify the correct mathematical expression from an exponentially growing space of expressions that may describe a given dataset. Long-term prediction of chaotic systems A new deep recurrent architecture capable of learning the state evolution of various chaotic dynamical systems, substantially extending the prediction horizon. Interpretable Spatio-Temporal Modeling Combined ensemble learning and the multi-Markov-Blankets concept in Bayesian probability theory to provide accurate predictions of extreme precipitation events. Crime Hot Spot Forecasting Integrated transposed convolutions and deep recurrent networks to capture complex spatio-temporal patterns in crime data and generate accurate forecasts of crime hotspots.
Using a suitable reward mechanism with the reinforcement learning to identify the correct mathematical expression from an exponentially growing space of expressions that may describe a given dataset.
A new deep recurrent architecture capable of learning the state evolution of various chaotic dynamical systems, substantially extending the prediction horizon.
Combined ensemble learning and the multi-Markov-Blankets concept in Bayesian probability theory to provide accurate predictions of extreme precipitation events.
Integrated transposed convolutions and deep recurrent networks to capture complex spatio-temporal patterns in crime data and generate accurate forecasts of crime hotspots.