Seismic impedance inversion is a well-known method used to obtain the image of
subsurface geological structures. Utilizing the spatial coherence among seismic traces, the …

As an effective approach of reservoir prediction, poststack impedance inversion has been
widely used in industry. However, like other inverse problems, poststack impedance …

Conventional single-trace seismic impedance inversion ignores the continuity of formation
deposition, and multi-trace inversion makes full use of the spatial coherence between the …

The impedance inversion technique plays a crucial role in seismic reservoir properties
prediction. However, most existing impedance inversion methods often suffer from spatial …

Seismic acoustic impedance inversion plays an important role in reservoir prediction.
However, single-trace inversion methods often suffer from spatial discontinuities and …

Impedance inversion of post-stack seismic data is a key technology in reservoir prediction
and characterization. Compared to the common used single-trace impedance inversion …

The conventional poststack inversion uses standard recursion formulas to obtain impedance
in a single trace. It cannot allow for lateral regularization. In this paper, ID edge-preserving …

Impedance inversion is an effective method to estimate the properties of subsurface model
from poststack seismic data. However, owing to the low quality of seismic data and other …

Seismic impedance inversion is an effective technique for estimating subsurface rock
attributes from poststack data. The inversion efficacy, however, can be compromised by …

Recently, multi-trace impedance inversion has attracted great interest in seismic exploration
because it improves the horizontal continuity and fidelity of the inversion results by exploiting …