为了克服人工拾取地震速度谱效率低, 耗时长等缺点, 提出了一种基于深度学习的地震叠加速度
自动拾取方法. 其核心是模仿地震数据处理人员在速度谱上拾取速度的行为和过程 …

As expensive as 3D seismic reflection surveys are, their high cost is justified by improved
imaging of certain ore horizons in some of the Witwatersrand basin gold mines. The merged …

Seismic velocity analysis is the basis for seismic imaging and understanding complex
subsurface geological structures. Although the performance of automatic velocity analysis …

Diffractions caused by, eg, faults, fractures, and small-scale heterogeneity localized near the
surface are often used in ground-penetrating radar (GPR) reflection studies to constrain the …

In the presented study, a new strategy for smoothing seismic velocity model is introduced.
The presented strategy employs various approaches in suppressing velocity errors and …

Seismic imaging in complex geological structures is state of art to deliver a high quality
section for further geological interpretation. Conventional processing and imaging methods …

The stacking velocity is often obtained manually. However, manually picking is inefficient
and is easily affected by subjective factors such as the priori information and the experience …

Many prestack depth migration methods have been developed and widely used to generate
depth-domain seismic images, resulting in a need for depth-domain prestack seismic …

Accurate geological modeling of subsurface structures with all available geophysical data is
a challenging task in geo-exploration studies. Concern in precise modeling will increase by …

The problem of conversion from time‐migration velocity to an interval velocity in depth in the
presence of lateral velocity variations can be reduced to solving a system of partial …