Simultaneous-source acquisition improves the efficiency of the seismic data acquisition
process. However, direct imaging of simultaneous-source data may introduce crosstalk …

We use elastic least-squares reverse time migration (LSRTM) to invert for the reflectivity
images of P-and S-wave impedances. Elastic LSRTM solves the linearized elastic-wave …

This book describes the theory and practice of inverting seismic data for the subsurface rock
properties of the earth. The primary application is for inverting reflection and/or transmission …

Given a correct (data-consistent) velocity model, reverse time migration (RTM) correctly
positions reflectors but generally with incorrect amplitudes and wavelets. Iterative least …

使用相同的炮记录, 多次波偏移能提供比反射波偏移更广的地下照明和更多的地下覆盖但是同时
产生很多的串声噪声. 相比传统逆时偏移, 最小二乘逆时偏移反演的反射波成像结果具有更高的 …

Least-squares migration (LSM) iteratively achieves a mean-square best fit to seismic
reflection data, provided that a kinematically accurate velocity model is available. The …

In the correlative least-squares reverse time migration (CLSRTM) scheme, a stacked image
is updated using a gradient-based inversion algorithm. However, CLSRTM experiences the …

Least squares migration (LSM), like interpolation, has the potential to address sampling
issues on migrated images; it also generates images with better amplitudes than standard …

This study derives a preconditioned stochastic conjugate gradient (CG) method that
combines stochastic optimization with singular spectrum analysis (SSA) denoising to …

In seismic exploration, multiple reflections traditionally have been labeled as unwanted
signal, and a huge effort has been made to remove them. Despite great advancements …