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Please note: The technical programme starts daily at 09:30. This is an hour later than previous EAGE Conference & Exhibition events.
The technical programme is also included in the Programme & Catalogue, which can be downloaded here.

 

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= oral presentation  = poster presentation
Seismic Noise & Multiple Attenuation
Date02-06-2015
RoomePosters 6
TypePoster session
ChairmanA.V. Zarkhidze - Schlumberger
F. Xavier de Melo - Schlumberger

14:30Tu P6 09 Amplitudes Preservation in 'Non-invasive' Methods of Land Noise Elimination
S. Tlalka* (Geofizyka Torun S.A.)
14:55Tu P6 10 Point Source Diffracted Noise Attenuation in Marine Data Based on Morphological Method
C.G. Lu* (China University of Petroleum (Beijing)), R.Q. Wang (China University of Petroleum (Beijing)), X.Q. Chen (China University of Petroleum (Beijing)), Y.X. Zhou (China University of Petroleum (Beijing)) & J. Chen (China University of Petroleum (Beijing))
15:20Tu P6 11 Ray-tracing-based Input Data Selection RTM - A Target Oriented Approach for Clearer Subsalt Image
C. Peng (CGG Services (US) Inc), W. Gou (CGG Services (US) Inc), G. Liu (CGG Services (US) Inc) & Q. Sun* (CGG Services (US) Inc)
15:45Tu P6 12 Ground Rolls Removal Using Simple Bandpass Filtering Combined with Signal-and-noise Orthogonalization
S. Jiao* (China university of petroleum(Beijing)), Y. Chen (The University of Texas at Austin), Q. Luo (China university of petroleum(Beijing)) & S. Gan (China university of petroleum(Beijing))
16:10 Break
16:30Tu P6 13 Random Noise Attenuation for 3D Seismic Data by Modified Multichannel Singular Spectrum Analysis
W. Huang (China University of Petroleum, Beijing Campus), R. Wang (China University of Petroleum, Beijing Campus), M. Zhang (China University of Petroleum, Beijing Campus), Y. Chen (The University of Texas at Austin), J. Yu (China University of Petroleum, Beijing Campus) & H. Yang* (Jilin University)
16:55Tu P6 14 Multiple Attenuation Based on Mathematical Morphology Filtering Method
S. Wang* (Peking University) & T. Hu (Peking University)
17:20Tu P6 15 The Method of Anisotropic High-resolution Radon Transform for Multiple Attenuation
J.W. Fan (China university of petroleum (east China)), Z.C. Li (China university of petroleum (east China)), X.Y. Song (China university of petroleum (east China)) & K. Zhang* (China university of petroleum (east China))
17:45Tu P6 16 Fast Butterfly-based Sparse Hyperbolic Radon Transform - Application to Multiple Attenuation and Stacking
S. Khas Ahmadi* (Institute of Geophysics-University of Tehran) & A. Gholami (Institute of Geophysics-University of Tehran)