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Berkay Aydin
Georgia State UniversityMeeting roles in:
Prediction of Solar Transient Events: Data-Driven, Physics-Based, and Hybrid Approaches I Poster
Enhancing Explainability in Solar Energetic Particle Event Prediction: A Counterfactual and Feature Mapping Approach
Evaluating the Effectiveness of Active Region/Polarity Inversion Line Segmentation with Heliophysics Foundation Models
Explaining Solar Flare Predictions with Post Hoc Attribution and Physical Feature Relevance
The Next Level in AI/ML Forecasting of Solar Transient Events
Prediction of Solar Transient Events: Data-Driven, Physics-Based, and Hybrid Approaches II Oral
Uncertainty Quantification for Solar Flare Intensity Forecasting
Utilizing Large-Scale Heliophysics Foundation Models for Solar Flare Forecasting
Surya: Foundation Model for Heliophysics using SDO Data
SuryaBench: New Benchmark Dataset for Advancing Machine Learning Applications in Heliophysics and Space Weather
Evaluation of Surya, a heliophysics foundation model, using a wide range of downstream applications
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