We develop a set of algorithms for automatic detection and picking of direct P and S waves,
as well as fault zone head waves (FZHW), generated by earthquakes on faults that separate …

The crustally guided shear wave, Lg, is typically the most prominent phase of a nuclear
explosion at regional distance. This Lg phase is analyzed often to discriminate a nuclear …

For a fast and accurate extraction of important information in seismic signals, a sparse
representation based on the physical parameters of the given data is crucial. We have used …

The seismic properties of the wear along the San Jacinto fault are investigated using local
seismic records for clustered fault-zone earthquakes. Spatial reciprocity allows us to use the …

Thunder-induced seismic waves recorded at dense seismic stations in Seoul, South Korea
are analysed for inversion of thunder source spectra. Thunder-induced seismic waves from …

The aim of this research is to develop a stochastic model for generating synthetic ground
motions in accordance with a recorded ground motion. In this model, Complex discrete …

The crustal structure and Quaternary fault zone in the Seoul metropolitan area are
investigated using a joint inversion that combines the receiver functions with surface wave …

An asymmetric chirplet transform, also called the asymmetric Gaussian chirplet model
(AGCM), was recently introduced for fast and accurate extraction of important information …

This paper presents a new algorithm for solving 3-D MCSEM modelling problems in an
anisotropic medium using a Wavelet–Galerkin method (WGM) based on compactly …

Localization of elastic waves in two-dimensional (2D) and three-dimensional (3D) media
with random distributions of the Lamé coefficients (the shear and bulk moduli) is studied …