The cumulative distribution of the supremum of a set (bank) of correlators isinvestigated in the context of maximum likelihood detection of gravitationalwavechirps from coalescing binaries with unknown parameters. Accurate(lower-bound) approximants are introduced based on a suitable generalizationof previous results by Mohanty. Asymptotic properties (in the limit wherethe number of correlators goes to infinity) are highlighted. The validity ofnumerical simulations made on small-size banks is extended to banks of anysize, via a Gaussian correlation inequality.
"Gravitational Wave Chirp Search: no-signal Cumulative Distribution of the Maximum Likelihood Detection Statistic" / Croce, R. P.; Demma, Th.; Maurizio, Longo; Marano, S.; Matta, V.; Pierro, V.; Pinto, I. M.. - In: CLASSICAL AND QUANTUM GRAVITY. - ISSN 0264-9381. - 20:(2003), pp. S803-sgg. [10.1088/0264-9381/20/17/323]
"Gravitational Wave Chirp Search: no-signal Cumulative Distribution of the Maximum Likelihood Detection Statistic"
I. M. Pinto
2003
Abstract
The cumulative distribution of the supremum of a set (bank) of correlators isinvestigated in the context of maximum likelihood detection of gravitationalwavechirps from coalescing binaries with unknown parameters. Accurate(lower-bound) approximants are introduced based on a suitable generalizationof previous results by Mohanty. Asymptotic properties (in the limit wherethe number of correlators goes to infinity) are highlighted. The validity ofnumerical simulations made on small-size banks is extended to banks of anysize, via a Gaussian correlation inequality.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.