Abstract In Engquist et al.(2016)[8], the Wasserstein metric was successfully introduced to
the full waveform inversion. We apply this method to the earthquake location problem. For …

摘要本研究收集青藏高原东北缘区域114 个宽频带地震台站记录到的50 个区域地震事件波形
数据, 采用基于二次Wasserstein (W2) 度量的全波形成像方法, 获得了10~ 100s …

Classic L2-norm-based waveform tomography is often plagued by insurmountable cycle
skipping problems; as a result, the iterative inversion falls into local minima, yielding …

In this paper, we apply the Wasserstein-Fisher-Rao (WFR) metric from the unbalanced
optimal transport theory to the earthquake location problem. Compared with the quadratic …

This study collected waveform data from 50 regional seismic events recorded by 114
broadband seismic stations located at the northeastern margin of the Tibetan Plateau …

In our previous work [Chen el al., J. Comput. Phys., 373 (2018)], the quadratic Wasserstein
metric is successfully applied to the earthquake location problem. The actual earthquake …

Multi-component seismic data contain a great deal of vector field information that reflects the
situation of the underground medium. However, the processing methods used for multi …

This paper introduces the auxiliary function method, a novel, fast and simple approach for
waveform based earthquake location. From any initial hypocenter and origin time, we can …

This paper introduces the auxiliary function method (AFM), a novel, fast and simple
approach for waveform based earthquake location. From any initial hypocenter and origin …