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Technical Programme


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The technical programme is included in the Programme & Catalogue and can be downloaded as PDF here [699KB].

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= oral presentation  = poster presentation
Seismic Modelling II
RoomSchubert 5
TypeOral session
ChairmanQ.Z. Du - China University of Petroleum
F.M. Schneider - University of Vienna

13:30We SBT5 09 Optimized Equivalent Staggered Grid Finite Difference for Acoustic Modeling
P. Yong* (China University of Petroleum (East China)), J.P. Huang (China University of Petroleum (East China)), Z.C. Li (China University of Petroleum (East China)), L.P. Qu (China University of Petroleum (Beijing)) & Q.Y. Li (China University of Petroleum (East China))
13:55We SBT5 10 Acoustic Wave Equation Forward Modeling with a New Kind of Mixed-grid Finite-difference Methods in Time-space Domain
Z.D. Hu* (NWGI, PetroChina), W. Liu (NWGI, PetroChina), S.J. Wang (NWGI, PetroChina), Y.C. Wang (NWGI, PetroChina) & L.H. Han (NWGI, PetroChina)
14:20We SBT5 11 An Explicit Time Evolution Method for 3D Acoustic Wave Propagation Based on Staggered Grids
L.P. Qu* (China University of Petroleum(Beijing)), Y. Liu (China University of Petroleum(Beijing)) & P. Yong (China University of Petroleum (East China))
14:45We SBT5 12 Exact Wavefield Reconstruction on Finite-difference Grids with Minimal Memory Requirements
M.L. Vasmel* (Institute of Geophysics, ETH Zurich) & J.O.A. Robertsson (Institute of Geophysics, ETH Zurich)
15:10 Break
15:30We SBT5 13 Finite Difference Modelling of Wavefield Constituents
J.O.A. Robertsson (ETH Zurich), D.J. van Manen (ETH Zurich), C. Schmelzbach (ETH Zurich), C. Van Renterghem* (ETH Zurich), M. Vasmel (ETH Zurich) & L. Amundsen (NTNU and Statoil Research Centre Trondheim)
15:55We SBT5 14 High-order Time Integrations in Staggered Finite-difference Simulations of Wave Motion
O. Rojas* (Barcelona Supercomputing Center), J. de la Puente (Barcelona Supercomputing Center) & J.M. Cela (Barcelona Supercomputing Center)
16:20We SBT5 15 Modelling Elastic Wave Propagation Using A New Wave Equation and Temporal Fourth-order Finite-difference Method
H. Zhou (China University of Petroleum), H. Chen* (China University of Petroleum), N. Wang (China University of Petroleum) & Y. An (China University of Petroleum)
16:45We SBT5 16 An Optimal Staggered-grid Finite Difference Scheme Using Minimax Approximation for Elastic Modeling
L. Yang* (Institute of Geology and Geophysics, CAS), H. Yan (Institute of Geology and Geophysics, CAS) & H. Liu (Institute of Geology and Geophysics, CAS)