BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics
AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics
AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics
AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics
AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]
BLASTNet - The First Large Machine Learning Dataset for Fundamental Fluid Dynamics
AI researchers at Stanford are collecting data from computational fluid dynamics to create a dataset for rocket science, oceanography, and climate modeling.
They hope to use this dataset to advance these scientific fields in the same way web-scale data advanced language processing.
This project demonstrates the potential of AI and data collection to revolutionize scientific research. [ more ]