Applying waveform correlation to aftershock sequences using a global sparse network.
Abstract not provided.
Sundermier, Amy↗
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Results for “WAVEFORM”
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Applying Waveform Correlation to Aftershock Sequences Using a Global Sparse Network.
Abstract not provided.
Sundermier, Amy↗
Reducing analyst workload using waveform correlation on recurring events: Aftershocks and mining blasts.
Abstract not provided.
Sundermier, Amy↗
CycleFCN: A Physics-Informed Data-driven Seismic Waveform Inversion Method
Explore the source record for details and available documents.
Computer Science↗
Identifying and Clustering Activity in Seismic Waveforms.
Abstract not provided.
Gooding, Renee Lynne↗
Using waveform correlation to reduce analyst workload during aftershock sequences.
Abstract not provided.
Sundermier, Amy↗
Using waveform correlation to reduce analyst workload due to repeating mining blasts.
Abstract not provided.
Sundermier, Amy↗
Applying Waveform Correlation to Aftershock Sequences Using a Global Sparse Network.
Abstract not provided.
Sundermier, Amy↗
Applying Waveform Correlation to Aftershock Sequences Using a Global Sparse Network.
Abstract not provided.
Sundermier, Amy↗
Hermes-III Accelerator: Impedance Calculations Bertha Modelling and Waveforms.
Abstract not provided.
Weiseman, Alyssa↗
The Digitization Calibration and Recovery of Seismic Waveforms from Analog Tapes.
Abstract not provided.
Young, Brian↗
Reducing IDC Analyst Workload: Applying Waveform Correlation to Mining Blasts.
Abstract not provided.
Sundermier, Amy↗
Method for determining a histogram of variable sample rate waveforms
A computer-implemented method comprises receiving a plurality of sampled data points, each data point including a y value and a t value; defining an array of bins, each bin identified by a unique number and including histogram data for a range of y values; for each consecutive pair of data points including a current data point and a next data point, determining a corresponding one of a plurality of linear equations, each linear equation defining a line between the current data point and the next data point; for each line, determining an amount of time that the y value of the line is within the range of values for each bin from the current data point to the next data point; and adding the time to the histogram data for each bin.
Tohlen, Michael Aaron↗