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Automated Source Depth Estimation Using Array Processing Techniques
Author(s) -
W. N. Junek,
Jorge Roman-Nieves,
R. C. Kemerait,
M. T. Woods,
J. P. Creasey
Publication year - 2009
Language(s) - English
Resource type - Reports
DOI - 10.21236/ada517312
Subject(s) - estimation , computer science , statistics , remote sensing , geography , mathematics , engineering , systems engineering
: In this paper we present a routine that exploits the power of seismic arrays and cepstral techniques to estimate the depth of an event directly from the observed seismograms. A discussion of the pertinent geophysical assumptions, cepstral processing algorithm, stable peak identification via "cepstrograms," false alarm reduction methodology, and our array-based depth estimation routine is presented. An analysis of several shallow events is performed and compared to results produced by a standard location algorithm, waveform forward modeling, and previously published solutions.

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