In this paper, the sequential reconstruction of source waveforms under a sparsity constraint
is considered from a Bayesian perspective. Let the wave field, which is observed by a …

Surface generated ambient noise can be used to infer sediment properties. Here, a passive
geoacoustic inversion method that uses noise recorded by a drifting vertical array is …

Ambient noise was recorded on two vertical line arrays (VLAs) separated by 450 m and
deployed in shallow water (depth∼ 150 m) off San Diego, CA continuously for 6 days …

Applications of acoustic noise interferometry to passive remote sensing of the ocean rely on
retrieval of empirical Green's functions (EGFs) from cross-correlations of ambient sound at …

Extracting coherent wavefronts between passive receivers using cross-correlations of
ambient noise (CAN) provides a means for monitoring the seismoacoustic environment …

High‐frequency Rayleigh waves can be extracted from ambient seismic noises through
noise correlation functions (NCFs), which provides a useful tool to image shallow structures …

The virtual head wave is produced through cross-correlation processing of signals
containing the real, acoustic head wave. The virtual head wave has the same phase speed …

Seismic interferometry recovers the Green's function between two receivers by cross-
correlating the field measured from sources that surround the receivers. In the seismic …

An expression for the cross-spectral density matrix of ocean noise naturally separates into a
Toeplitz part and a Hankel part [Harrison (2017). J. Acoust. Soc. Am. 141, 2812–2820]. The …

Passive fathometry is a technique whereby broadband ambient ocean noise received on an
array of hydrophones is averaged and cross-correlated to produce a sub-bottom profile …