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2018 Technical Program Committee 2018 TECHNICAL PROGRAM COMMITTEE David Alumbaugh Andrew Royle Luca Duranti Chair Antoine Guitton Maria Angela Capello Antony Martin Maria Soledad Velasco Dimitri Bevc Aria Abubakar Mark Meadows Blair Schneider Martin Karrenbach Co-chair Chi Zhang Michael Powers Cengiz Esmersoy Chuck Campbell Michael Wilt Edward Jenner Norimitsu Nakata Workshop Coordinator Emmanuel Schnetzler Randall Mackie Esther Babcock Robert Clapp Mihai Popovici Gang Tian Robert Langan Board Liaison Gary Michael Hoversten Roy Malcolm Lansley Gary Myers Sajad Jazayeri Jenny Cole Glenn Chubak Sergio Chavez-Perez Staff Liaison Gokay Bozkurt Shuki Ronen Jeffrey Nunn Shuvajit Bhattacharya Jonathan Ajo-Franklin Stephen Cole Julie Aitken Tapan Mukerji Julie Shemeta Wei Liu Kristopher Innanen Whitney Trainor-Guitton TECHNICAL PROGRAM COMMITTEE Kurt Nihei Xiao-Gui Miao Laurie Whitesell www.sponsorwebsite.com Society of Exploration Geophysicists | seg.org 35 TECHNICAL PROGRAM INFORMATION The 2018 Technical Program features more than 1,080 quality SPECIAL GLOBAL SESSION presentations in 151 diverse sessions, including 10 special • Southern Gulf of Mexico and Latin America sessions and one special global session. NEW THIS YEAR Geoscience professionals from all geophysical disciplines A new hot Technical Program topic for SEG18, Machine and all parts of the world are represented and will share the Learning and Data Analytics for E&P, will be highlighted with latest case histories, technological advancements, and sessions on: research discoveries. • Classification for Interpretation The Technical Program will begin on Monday at 1:50 PM, following the SEG Opening Session and Presidential Address. Uses of the Machine Learning approach for automatic Oral sessions and poster sessions will run through Thursday interpretation or as an aid to interpretation of geological at noon. Immediately following, postconvention workshops features such as faults, horizons, and salt bodies will take place in the technical session area on Thursday afternoon and all day Friday. • Noise Attenuation and Seismic Processing SPECIAL SESSIONS Machine Learning methods used for noise attenuation or These dedicated sessions will be offered to complement the suppression, and seismic processing technical program: • Facies Classification and Reservoir Properties • Recent Advances and the Road Ahead Machine Learning uses for characterization of facies and • Developments and Applications of Surface-Wave Methods reservoir properties. • Engineering Geophysics • Seismic Imaging and Inversion • Geophysics and Medical Imaging Applications Machine Learning methods in a seismic imaging and inversion framework. • Geophysicists in the Workforce • Various Machine Learning Applications • California Case Studies Application of Machine Learning methods for various • SEG/AGU Hydrogeophysics geophysical problems (hydrocarbon production, EM, and others) • VSP, Advanced Processing, and Imaging Approaches for DAS • Injection Induced Seismicity • Novel DAS Sensing Strategies and Machine Learning 36 SEG Anaheim 2018 Official Program Sponsored by TECHNICAL PROGRAM FLOOR MAPS ORAL SESSIONS s 204C 203B 212A 210C 209A 207C 206A s s s s s s 204B 213B s 211A 210A 208A 207A 205A s 202A TERRACE 213A 204A 201A TERRACE s s s s s s s s s PEDESTRIAN BRIDGE ACC NORTH Map Notes: ANAHEIM CONVENTION CENTER Speaker Ready Room 201A LEVEL TWO Volunteer Room 203B Room entrance locations POSTER Hall C SESSIONS Poster Sessions Food Court E D F C A B 22 2247 E D F C 21 A B TECHNICAL PROGRAM MAPS FLOOR E D F C 20 A B EXPOSITION E D E D F C 19 F C 18 FLOOR A B A B E D E D F C F C A B 17 A B 16 E D E D E D F C F C F C A B 15 A B 14 A B 13 E D E D E D F C F C F C A B 12 A B 11 A B 10 E D E D E D F C F C F C A B 9 A B 8 A B 7 E D E D E D onsortium F C 6 F C 5 F C 4 A B A B A B Showcase E D E D E D F C 3 F C 2 F C 1 A B A B A B 2601 Loy www.sponsorwebsite.com Society of Exploration Geophysicists | seg.org 37 TECHNICAL PROGRAM SCHEDULE AT A GLANCE Abbreviation / Topic Name ACQ .........................................................Acquisition and Survey Design PS ......................................................................................Passive Seismic ANI ...............................................................................................Anisotropy RC ...................................................................Reservoir Characterization AVOSI............................................................ AVO and Seismic Inversion RP ...........................................................................................Rock Physics BG .............................................................................Borehole Geophysics SGS .......................................................................Special Global Session EM ..................................... EM Exploration and Reservoir Surveillance SM ..................................................................................Seismic Modeling FWI .....................................................................Full Waveform Inversion SPET ............................. Seismic Processing: Emerging Technologies GM ......................................................................... Gravity and Magnetics SPMI .......................................................Seismic Processing: Migration INT ..........................................................................................Interpretation SPMNR ........Seismic Processing: Multiples, Noise, and Regularization MG ......................................................................................................Mining SS ...................................................................................... Special Session MLDA .......................... Machine Learning and Data Analytics for E&P ST........................................................................................Seismic Theory MP .......................................................... Multi-Physics Data Integration SVE ...............................................................Seismic Velocity Estimation MS ���������������������������������������������������������������������Multicomponent Seismic TL ...............................................................................................Time Lapse NS ........................................................................................... Near Surface VSP....................................................................... Vertical Seismic Profile Poster Sessions Monday Tuesday Tuesday Wednesday Wednesday Location 1:50 PM 9:20 AM 1:50 PM 9:20 AM 1:50 PM INT P1: Attribute MLDA P1: Facies MLDA P3: Classification MLDA P4: Seismic MLDA P5: Various Applications Classification and for Interpretation 2 Imaging and Inversion 1 Machine Learning Reservoir Properties 1 Applications 1 NS P1: Shallow Velocity MLDA P2: Noise NS P3: GPR and NS P4: Site studies NS P5: Electrical and Attenuation and Seismic Engineering Applications Potential Modeling and Processing 1 Inversion RC P1: Carbonates NS P2: Shallow Velocity RC P3: Tight Reservoirs, RC P4: Reservoir NS P6: Shallow Seismic and Coherency Fractures and Faults Continuity, Thin Beds Improvement FWI P1: Reflections and RC P2: Inversion, FWI P2: Cycle Skipping FWI P3: Multiple FWI P4: New Methods Migration Attributes, and and Long-wavelength Parameters and and Computational Geostatistics Updating 1 Practical Issues Issues GM P1: Application of SPMNR P1: Noise ACQ P2: Sensors, MEMS BG P1: Wireline Logging BG P2: Novel Interpretation Tools Attenuation and Signal and DAS Technology Applications Processing Applications AVOSI P1: Theory and ACQ P1: Land Equipment ST P1: Data Analysis and AVOSI P3: Methods and INT P3: Case Studies 1 Methods 1 and Case Histories Modeling Concepts Applications EM P1: Developments AVOSI P2: Theory and INT P2: Interpretation MG P1: Case Histories PS P2: Interferometry Exposition Hall C Methods 2 Methods and New Methods and Ambient Noise SM P1: Methods 1 EM P2: Applications and MS P1: Research and PS P1: Microseismic TL P1: Processing and Risk Estimation Application Case Studies 1 Inversion SVE P1: Algorithms VSP P1: Data Analysis ANI P1: Kinematics and RP P2: Shales and SM P3: Methods 4 and DAS Velocities Fractures SPET P1: Signal RP P1: Models to Digital SPET P2: Imaging- SM P2: Methods 3 SPMI P3: Least-squares Processing Rocks related Processing Migration Methods and Challenges Imaging Efficiency SPMI P1: Elastic RTM SPMI P2: Imaging MP P1: Modeling and ACQ P3: Survey Design, SVE P2: Tomography and Enhanced Imaging Enhancement and Monitoring Blended Seismic, Conditions Examples Sources 38 SEG Anaheim 2018 Official Program Sponsored by Oral Presentation Sessions Monday Tuesday Tuesday Wednesday Wednesday Thursday Room 1:50 PM 8:30 AM 1:50 PM 8:30 AM 1:50 PM 8:30 AM 202A RP 1: Rock Physics RP 2: Poroelasticity RP 3: Experimental RP 4: Shales and RP 5: Experimental RP 6: Digital Rocks Models and Granular Media Rock Physics and Q Source Rocks Rock Physics and Rock Physics Models 204A NS 1: Geoscientists NS 2: Surface Wave NS 3: Novel NS 4: Tomography NS 5: Site NS 6: Tunnel Without Borders® and Studies and Procedures and for Improved Imaging Characterizations Detection Hydrogeophysics Applications Agricultural and Airborne Applications Applications 204B SS 1: Recent Advances MLDA 1: MLDA 2: Noise MLDA 3: Facies MLDA 4: Seismic MLDA 5: Various and the Road Ahead Classification for Attenuation and Classification and Imaging and Machine Learning Interpretation 1 Seismic Processing 2 Reservoir
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