2008•Xinjiang shiyou dizhiRequires access

Application of Generalized S-Transform to Extraction of Seismic Signal Characteristic Information

Luming Li

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Abstract

Based on the good time-frequency focusing of S-transform, this paper introduces the generalized S-transform (GST) into extraction of characteristic information of seismic signals, which can flexibly chose the window function, and systematically studies the application of GST to partial depiction and general description of seismic signals. The theoretic model and actual seismic data prove that GST is a feasible and effective method in extracting the characteristic information for its anti-interference ability. According to research goal, we can reasonably select instantaneous frequency amplitude-spectrum profile, frequency ranges seismic profile and single frequency seismic profile to identify the characteristic information, hence providing the reliable basis for the further processing and interpretation of seismic data.

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What this paper is about

Based on the good time-frequency focusing of S-transform, this paper introduces the generalized S-transform (GST) into extraction of characteristic information of seismic signals, which can flexibly chose the window function, and systematically studies the application of GST to partial depiction and general description of seismic signals. The theoretic model and actual seismic data prove that GST is a feasible and effective method in extracting the characteristic information for its anti-interference ability. According to research goal, we can reasonably select instantaneous frequency amplitude-spectrum profile, frequency ranges seismic profile and single frequency seismic profile to identify the characteristic information, hence providing the reliable basis for the further processing and interpretation of seismic data.

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Available abstract

Based on the good time-frequency focusing of S-transform, this paper introduces the generalized S-transform (GST) into extraction of characteristic information of seismic signals, which can flexibly chose the window function, and systematically studies the application of GST to partial depiction and general description of seismic signals. The theoretic model and actual seismic data prove that GST is a feasible and effective method in extracting the characteristic information for its anti-interference ability. According to research goal, we can reasonably select instantaneous frequency amplitude-spectrum profile, frequency ranges seismic profile and single frequency seismic profile to identify the characteristic information, hence providing the reliable basis for the further processing and interpretation of seismic data.

Key concepts: Window function, Interference (communication), Computer science, Basis (linear algebra), SIGNAL (programming language), S transform, Algorithm, Instantaneous phase

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