Least-squares reverse time migration (LSRTM) can provide higher quality images than
conventional reverse time migration, which is helpful to image simultaneous-source data …

In least-squares reverse time migration (LSRTM), which is typically an overdetermined linear
inverse problem, the kinematic traveltime error from an inaccurate migration velocity leads to …

The classical seismic asymptotic inversion can be transformed into a problem of inversion of
generalized Radon transform (GRT). In such methods, the combined parameters are linearly …

由于弹性波逆时偏移更符合实际情况, 而且转换波的成像结果有更高的分辨率,
因此弹性波逆时偏移越来越受到重视. 然而, 弹性波逆时偏移需要多波多分量数据 …

Least‐squares reverse time migration, a linearized inversion problem, can provide high‐
quality migration image by minimizing the misfit function, which is defined by predicted and …

The excitation amplitude imaging condition (EAIC) is a high-resolution, computationally
efficient, and low-storage imaging condition in reverse time migration (RTM). However …

To date, studies of elastic reverse time migration (RTM) have undergone much
improvement, but mainly focus on isotropic media. Because anisotropic media is …

Subsurface rocks (eg shale) may induce seismic anisotropy, such as transverse isotropy.
Traveltime computation is an essential component of depth imaging and tomography in …

The stability and efficiency, especially the stability, are generally concerned issues in
compensated reverse time migration (-RTM). The instability occurs due to the exponential …

Multiples always introduce artifacts in reverse time migration (RTM). Especially for elastic
RTM, the PP and PS images may contaminated by transmitted PS (or SP) wave. In this …