作者: S Hild , P Ajith , M Hewitson , H Grote , J R Smith
DOI: 10.1088/0264-9381/24/15/001
关键词: Detector 、 Coincident 、 Algorithm 、 Veto 、 Communication channel 、 Gravitational wave 、 Physics 、 Theoretical physics 、 Interferometry 、 Amplitude 、 Robustness (computer science)
摘要: Statistical veto methods are commonly used to reduce the list of candidate gravitational wave (GW) events which detected as transient (burst) signals in main output GW detectors. If a burst event channel is coincident with an (where does not contain any signal), it possible from low 'false-veto' rate. Unfortunately, many promising channels interferometer can, at some level, traces signal. In this case, application 'standard statistical veto' could have high false-veto We will present extension standard method that includes 'amplitude consistency check'. This allows vetoes derived containing information By applying amplitude check data GEO 600 detector, efficiencies between 5 and 20%, together use-percentage up 80%, were obtained. The robustness was also confirmed by hardware injections. triggers generated using mHACR detection algorithm.