We have successfully applied full‐3‐D tomography (F3DT) based on a combination of the
scattering‐integral method (SI‐F3DT) and the adjoint‐wavefield method (AW‐F3DT) to …

Computational simulations have become central to the seismic analysis and design of major
infrastructure over the past several decades. Most major structures are now “proof tested” …

We present a new, 3D description of crust and upper mantle velocity structure in southern
California implemented as a Unified Structural Representation (USR). The USR is …

We present a general concept for evolutionary, collaborative, multiscale inversion of
geophysical data, specifically applied to the construction of a first‐generation Collaborative …

For oceanographic research, remotely operated underwater vehicles (ROVs) routinely
record several hours of video material each day. Manual processing of such large amounts …

Earthquake focal mechanisms put primary control on the distribution of ground motion, and
also bear on the stress state of the crust. Most routine focal mechanism catalogues still use 1 …

Kinematic source inversions of major (M≥ 7) strike‐slip earthquakes show that the slip at
depth exceeds surface displacements measured in the field, and it has been suggested that …

Seismograms are convolution results between seismic sources and the media that seismic
waves propagate through, and, therefore, the primary observations for studying seismic …

The omission of nonlinear effects in large-scale 3D ground motion estimation, which are
particularly challenging due to memory and scalability issues, can result in costly …

Significant effort has been devoted over the last two decades to the development of various
seismic velocity models for the region of southern California, United States. These models …