Covariance-Based Wavefield Separation and its Application in Crosswell Seismic Data

Bao Tong Liu

doi:10.4028/www.scientific.net/AMM.519-520.1027

Paper Titles

Payload-Distributed GEO Communication Satellite System and Opportunistic Network Coding Based Cooperative Information Exchange
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FrFT Angle Division Multiple Access with Optimal Time-Frequency-Angle Resource Distribution
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Efficient LLR Optimization Based on GMI for LDPC Coded BICM Systems
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A Novel Approach for PAPR Reduction of NC-OFDM System
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Covariance-Based Wavefield Separation and its Application in Crosswell Seismic Data
p.1027

A Novel Decoupled LOS Rate Estimator for Terminal Guidance
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Coarse-To-Fine 3D Randomized Hough Transform for Dim Target Detection
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Simulation on the Track Integration of Radar System and ADS-B
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Blind Complex Source Separation Based on Cyclostationary Statistics
p.1051

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 519-520Covariance-Based Wavefield Separation and its...

Covariance-Based Wavefield Separation and its Application in Crosswell Seismic Data

Abstract:

This paper studied separation algorithms for Seismic signals with time dependence. A covariance-based procedure was adopted to compute the polarization angle in crosswell seismic data, accomplishing the separation of reflecting P wave and conversion SV wave. Numerical experiments show that the width of sliding windows should be 1.5 apparent period of seismogram. The results of experiments illustrate the procedure is effective.