To deal with the low efficiency problem of accurate teleseismic hypocenter location, this paper proposes a fully automatic approach by integrating the advantages of Seismic-Scanning based on Navigated ...

Teleseismic processing scheme is proposed to have three steps: (a) seismic phase preparation for potential signals; (b) seismic phase detection; (c) seismic phase picking.

Researchers have developed a new deep learning-based workflow that can automatically detect and pick teleseismic phases with high speed and accuracy, dramatically improving how we analyze earthquake ...

A deep learning-based scheme is proposed for automated and efficient processing of teleseismic phases. 1. The validation with two teleseismic phases, PcP and PKiKP, demonstrate high detection ...

Teleseismic receiver function calculation and post-processing RfPy is a software to calculate single event-station receiver functions from the spectral deconvolution technique. Methods are available ...

Keywords: lithospheric deformation, anisotropy, teleseismic S wave splitting, NE Tibetan plateau, phases SKS PKS and SKKS Citation: Xia X, Gao Y and Wu Y (2024) Lithospheric deformation revealed by ...

PDF Resource: "Evidence of Systematic Triggering at Teleseismic Distances Following Large Earthquakes" 2018 Research Publication by Robert T. O’Malley, Debashis Mondal, Chris Goldfnger & Michael ...

Passive source converted wave reverse time migration (RTM) has the potential ability to image complex velocity discontinuities in the crust and upper mantle with the prerequisite that the seismic ...

Add a description, image, and links to the teleseismic-earthquakes topic page so that developers can more easily learn about it ...