Reverse time migration (RTM) is a seismic imaging method to map the subsurface reflectivity
using recorded seismic waveforms. The practice in exploration seismology has long …

Reverse time migration (RTM) requires that fields computed in forward time be accessed in
reverse order. Such out-of-order access, to recursively computed fields, requires that some …

Recently, rapid developments in computer hardware have enabled reverse-time migration to
be applied to various production imaging problems. As a wave-equation technique using the …

The scalar images (PP, PS, SP, and SS) of elastic reverse time migration (ERTM) can be
generated by applying an imaging condition as crosscorrelation of pure wave modes. In …

As a wave equation technique using two-way hyperbolic wave equation, reverse-time
migration can handle not only multi-arrivals but steep dips and overturned reflections also …

基于双程波动方程的逆时偏移被认为是目前最好的偏移成像技术, 更适合于复杂构造成像. 然而,
大计算量和大存储量使得逆时偏移的计算成本很高而无法用于大数据量的地震成像 …

In this abstract, we propose a new anisotropic acoustic wave equation for 2D TTI media. This
is the extension of our previous work on VTI media to TTI media. Similar to VTI case, we …

Abstract Maximum Performance Computing (MPC) means striving to deliver the maximum
possible performance within a space and/or power budget. The essence of the method is to …

The imaging condition used in reverse-time migration requires that the source wavefield
(computed via a forward recursion) and the receiver wavefield (computed via a backwards …

Here we propose a new anisotropic acoustic wave equation based on the same dispersion
relation as Alkhalifah's (2000), but introducing an auxiliary function which allows the original …