astronomy hdf5 machine learning solar space weather weather
This dataset contains long-term low-frequency solar radio imaging spectroscopy observations from the Owens Valley Radio Observatory Long Wavelength Array (OVRO-LWA). The data are produced from solar radio interferometric observations and distributed as HDF5 spectral image products and FITS all-day spectrogram products, with metadata describing the observation time, frequency coverage, imaging products, and other relevant parameters. The dataset provides dynamic, imaging-based measurements of solar radio emission at low frequencies, which are closely connected to solar coronal activity, solar radio bursts, and space weather phenomena. These observations support studies of solar eruptions, particle acceleration, coronal plasma properties, radio wave propagation, and machine learning applications for solar radio burst detection, event classification, anomaly detection, and space weather prediction.
New observations are added regularly. The dataset currently contains approximately 12 TB and grows by approximately 9 TB per year.
Creative Commons Attribution 4.0 International, CC BY 4.0
New Jersey Institute of Technology
See all datasets managed by New Jersey Institute of Technology.
Peijin Zhang peijin.zhang@njit.edu
OVRO LWA Solar Observation was accessed on DATE from https://registry.opendata.aws/ovrolwasolar. Please cite the dataset documentation and associated OVRO-LWA solar observation publications when using this dataset. The dataset was accessed from the Registry of Open Data on AWS at https://registry.opendata.aws/ovrolwasolar.
image_hdf/YYYY/MM/DD/ and all-day spectrogram products under spec_fits/YYYY/. The dataset currently contains approximately 12 TB and grows by approximately 9 TB per year.arn:aws:s3:::ovro-lwa-solarus-west-2aws s3 ls --no-sign-request s3://ovro-lwa-solar/arn:aws:sns:us-west-2:817294255270:ovro-lwa-solar-object_createdus-west-2