The cross correlation of two recordings of a diffuse acoustic wave field at different receivers yields the Green’s function between these receivers. In nearly all cases considered so far the wave equation obeys time-reversal invariance and the Green’s function obeys source-receiver reciprocity. Here the theory is extended for nonreciprocal Green’s function retrieval in a moving medium. It appears that the cross correlation result is asymmetric in time. The causal part represents the Green’s function from one receiver to the other whereas the acausal part represents the time-reversed version of the Green’s function along the reverse path.GeotechnologyCivil Engineering and Geoscience
1 figureWe apply the theory of multiple wave scattering to two contemporary, related topics: imaging...
Abstract. In this paper we consider the problem of estimating the singular support of the Green’s fu...
International audienceCorrelations of ambient seismic or acoustic vibrations are now widely used to ...
The cross correlation of two recordings of a diffuse acoustic wave field at different receivers yiel...
We compare two approaches for deriving the fact that the Green’s function in an arbitrary inhomogene...
It has been shown by many authors that the cross correlation of two recordings of a diffuse wave fie...
The cross-correlation of acoustic wave fields at two receivers yields the exact Green's function bet...
Abstract—Development of theory and experiments to retrieve Green’s functions from cross correlations...
[1] It is shown that the electromagnetic Green’s functions of any linear medium with arbitrary heter...
It is shown that the electromagnetic Green's functions of any linear medium with arbitrary heterogen...
International audienceThe cross-correlation of a diffuse wave field converges toward the difference ...
International audienceThe possibility of recovering the Green's function from the field-field correl...
International audienceThe possibility of recovering the Green's function from the field-field correl...
It has been shown by many authors that the cross-correlation of two acoustic wave field recordings y...
International audienceCross-correlations of ambient noise averaged at two receivers lead to the reco...
1 figureWe apply the theory of multiple wave scattering to two contemporary, related topics: imaging...
Abstract. In this paper we consider the problem of estimating the singular support of the Green’s fu...
International audienceCorrelations of ambient seismic or acoustic vibrations are now widely used to ...
The cross correlation of two recordings of a diffuse acoustic wave field at different receivers yiel...
We compare two approaches for deriving the fact that the Green’s function in an arbitrary inhomogene...
It has been shown by many authors that the cross correlation of two recordings of a diffuse wave fie...
The cross-correlation of acoustic wave fields at two receivers yields the exact Green's function bet...
Abstract—Development of theory and experiments to retrieve Green’s functions from cross correlations...
[1] It is shown that the electromagnetic Green’s functions of any linear medium with arbitrary heter...
It is shown that the electromagnetic Green's functions of any linear medium with arbitrary heterogen...
International audienceThe cross-correlation of a diffuse wave field converges toward the difference ...
International audienceThe possibility of recovering the Green's function from the field-field correl...
International audienceThe possibility of recovering the Green's function from the field-field correl...
It has been shown by many authors that the cross-correlation of two acoustic wave field recordings y...
International audienceCross-correlations of ambient noise averaged at two receivers lead to the reco...
1 figureWe apply the theory of multiple wave scattering to two contemporary, related topics: imaging...
Abstract. In this paper we consider the problem of estimating the singular support of the Green’s fu...
International audienceCorrelations of ambient seismic or acoustic vibrations are now widely used to ...