Hanna, Chad chamberlin, sydney essick, reed godwin, patrick katsavounidis, erik meacher, duncan wade, madeline Hearing the Signal through the Static: Real-time Noise Reduction in the Hunt for Binary Black Holes and other Gravitational Wave Transients <div>Real-time gravitational wave searches are plagued by non-stationary noise. The first a binary neutron star merger - had a delayed alert because we had to deal with data quality issues. We use machine learning to classify noise in real-time in based on auxiliary information like seismometers, magnetometers, etc.</div> NSF-CSSI-2020-Poster;General Relativity and Gravitational Waves 2020-02-01
    https://figshare.com/articles/poster/Hearing_the_Signal_through_the_Static_Real-time_Noise_Reduction_in_the_Hunt_for_Binary_Black_Holes_and_other_Gravitational_Wave_Transients/11786502
10.6084/m9.figshare.11786502.v1