Full-waveform inversion (FWI) aims at a broadband reconstruction of the subsurface
physical properties by fitting the entire recorded wavefield. In realistic exploration seismic …

Uncertainty estimation and quality control are critically missing in most geophysical
tomographic applications. The few solutions to cope with that issue are often left out in …

地震波在非弹性介质中的衰减效应常用品质因子Q 度量. 相对准确的Q 模型对提高强衰减介质中
地震波成像的质量至关重要. 本文提出了黏声介质反射波形反演(QRWI) 方法来重建地下宏观Q …

Elastic full-waveform inversion (FWI) provides a better description of the subsurface
information than those given by the acoustic assumption. However, it suffers from a more …

Repeated seismic surveys contain valuable information regarding time-lapse (4D) changes
in the subsurface. Full-waveform inversion (FWI) of seismic data can provide high-resolution …

Velocity macromodel building is an essential step of the seismic imaging workflow. Indeed,
obtaining acceptable results through migration or full waveform inversion is highly …

Marine vibrators are an emerging alternative to conventional air guns in ocean-bottom
acquisition due to their ability to generate low-frequency waves and limited adverse impact …

To accurately image the geologic structures from walkaway vertical seismic profile (VSP)
data, it is necessary to estimate the subsurface velocity field with high resolution and …

Seismic wave attenuation in anelastic media is characterized by the quality factor (Q). An
appropriate Q model is very important for improving the quality of seismic imaging in strong …

Full waveform inversion (FWI) is a highly non-linear optimization problem that aims to
reconstruct high-resolution subsurface structures. The success of FWI in reflection …