2012ProceedingsRequires access

Kirchhoff Migration Using Band-limited Ray-tracing

Can Evren Yarman, Xiangguo Cheng, Konstantin Osypov, Dave Nichols

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Abstract

Band-limited ray tracing captures the wave kinematics that are comparable to finite-difference wave propagation with higher fidelity than conventional ray tracing while staying within the ray tracing framework, without requiring processing or alteration to the original model. We present examples of Kirchhoff migration obtained using conventional ray tracing and band-limited ray tracing methods. Band-limited ray tracing aims to overcome some of the limitations of standard high-frequency ray tracing in complex velocity models that contain complex interfaces.

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What this paper is about

Band-limited ray tracing captures the wave kinematics that are comparable to finite-difference wave propagation with higher fidelity than conventional ray tracing while staying within the ray tracing framework, without requiring processing or alteration to the original model. We present examples of Kirchhoff migration obtained using conventional ray tracing and band-limited ray tracing methods. Band-limited ray tracing aims to overcome some of the limitations of standard high-frequency ray tracing in complex velocity models that contain complex interfaces.

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Available abstract

Band-limited ray tracing captures the wave kinematics that are comparable to finite-difference wave propagation with higher fidelity than conventional ray tracing while staying within the ray tracing framework, without requiring processing or alteration to the original model. We present examples of Kirchhoff migration obtained using conventional ray tracing and band-limited ray tracing methods. Band-limited ray tracing aims to overcome some of the limitations of standard high-frequency ray tracing in complex velocity models that contain complex interfaces.

Key concepts: Ray tracing (physics), Beam tracing, Tracing, Distributed ray tracing, Computer science, Kinematics, Optics, Physics

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