Technical Program

The 2019 Technical Program features over 1,070 quality presentations in 155 diverse sessions, including eight Special Sessions and one Special Global Session.

Be sure to join us next year as we celebrate our 90th anniversary in Houston, Texas!

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Acronym Session Topic
ACQ Acquisition and Survey Design
ANI Anisotropy
AVOSI AVO and Seismic Inversion
BG Borehole Geophysics
DAS Distributed Acoustic Sensing
EMRS EM Exploration and Reservoir Surveillance
FWI Full Waveform Inversion
GM Gravity and Magnetics
IS Induced Seismicity
INT Interpretation
MLDA Machine Learning and Data Analytics for E&P
MG Mining
MS Multicomponent Seismic
NS Near Surface
Acronym Session Topic
PS Passive Seismic
RC Reservoir Characterization
RP Rock Physics
SM Seismic Modeling
SPET Seismic Processing: Emerging Technologies
SPMI Seismic Processing: Migration
SPMNR Seismic Processing: Multiples, Noise, and Regularization
ST Seismic Theory
SVE Seismic Velocity Estimation
SGS Special Global Session
SS Special Session
TL Time Lapse
VSP Vertical Seismic Profile

Oral Sessions

Room Monday, 16 September
1:50-5:10 PM
Tuesday, 17 September
8:30-11:50 AM
Tuesday, 17 September
1:50-5:10 PM
Wednesday, 18 September
8:30-11:50 AM
Wednesday, 18 September
1:50-5:10 PM
214C SPMI 1: Enhancement of RTM and its Applications 1 SPMI 2: Least Squares Migration Improvement and Applications 1 SPMI 3: Least Squares Migration Applications and Diffraction Imaging SPMI 4: Q-Imaging, Elastic and Other Imaging Methods SPMI 5: Novel Imaging Methods and Applications 2
214D SPET 1: Signal and Image Processing GM 1: Potential Fields Interpretation via Inversion and Modeling GM 2: Inversions in Potential Fields Interpretation SPET 2: Enhanced Seismic Imaging SPET 3: Data Acquisition and Processing
217A RC 1: Statistical Methods and Machine Learning RC 2: Inversion and Integrated Studies RC 3: Geomechanics, Fractures and Flow 1 RC 4: Clastics and Carbonates RC 5: Attributes, Transforms and Numerical Methods
217B AVOSI 1: Case Studies 1 SVE 1: New Methods on Velocity Analysis SVE 2: Case Studies PS 1: Case Studies: Reservoirs, Overburden PS 2: Locations, Magnitudes and Derived Information
217C NS 1: Dynamic Coastal Environment: Crossing the Land/Sea Interface NS 2: Engineering Geophysics NS 3: Imaging and Modeling 1 BG 1: EM and Gravity Methods BG 2: Acoustic Methods 2
217D ANI 1: Applications 1 ANI 2: Applications 2 ANI 3: Applications 3 AVOSI 2: Methodology 3 AVOSI 3: Workflows
221A ACQ 1: Land Seismic 1 ACQ 2: Marine Seismic ACQ 3: Deblending and Sensors ACQ 4: CS and Survey Design ACQ 5: Marine Ocean Bottom Seismic and Borehole
221B INT 1: Applications of Modeling and Inversion INT 2: Applications of Machine Learning and Inversion INT 3: Case Studies 1 INT 4: Faults and Fractures INT 5: Depth: Control and Imaging
221C DAS 1: Applications and Developments MLDA 2: Interpretation 1 DAS 2: VSP, Modeling and Imaging Approaches ANI 4: Kinematics and Velocities 2 NS 4: Applications for Archaeology, Void, and Target Detection
221D MLDA 1: Seismic Processing MLDA 3: Seismic Inversion 1 MLDA 4: Seismic Inversion 2 MLDA 5: Interpretation 2 MLDA 6: Interpretation 3
225B TL 1: Acquisition and Processing TL 2: Case Studies FWI 3: Cycle-skipping 2 FWI 5: Regularization Techniques 2 FWI 7: Theory and New Development
225C MS 1: Case Studies and Imaging 1 EMRS 1: Reservoir and Fracture Monitoring EMRS 2: Modeling and Imaging Algorithms EMRS 3: Theory, Application and Case Studies NS 5: Imaging and Modeling 2
301B SS 1: Recent Advances and the Road Ahead SS 3: SEG/AGU Hydrogeophysics SS 5: CO2 Monitoring MG 1: New Methods and Developments SS 7: Machine Learning and Artificial Intelligence Applied to Geophysics
302B FWI 1: Reflections and Joint Migration FWI 2: Salt Model Updating FWI 4: Case Studies FWI 6: Elastic and Multiparameter Method 2 IS 1: Induced Seismicity: Observations, Analysis, and Processes 2
303B SS 2: Geoscientists Without Borders and Humanitarian Geophysics SS 4: DAS, Borehole and Microseismic Geophysics for Unconventionals SS 6: Seismic Advancements in the Permian VSP 1: Applications, Imaging, and Analysis ST 1: Theoretical Developments in Imaging, Inversion and Wave Phenomena
304A SM 1: Methods for Elastic Waves SM 2: Acoustic, Visco-acoustic and VTI Modeling SM 3: Model Building and Modeling SM 4: Modeling Methods SM 5: Methods and Applications
304B SGS 1: Latin America - New Plays and Challenges SPMNR 1: Data Conditioning and Noise Removal SPMNR 2: Multiples - Theoretical and Practical Advances SPMNR 3: Noise Attenuation, Sampling, Signal Reconstruction SS 8: Surface Wave Method Applications
305 RP 1: Geomechanical Models RP 2: Poroelasticity RP 3: Acoustic Modeling RP 4: Induced Fracturing SPMNR 4: Advances in Processing Methods and Applications


Poster Station Monday, 16 September
1:50-4:20 PM
Tuesday, 17 September
9:20-11:50 AM
Tuesday, 17 September
1:50-4:20 PM
Wednesday, 18 September
9:20-11:50 AM
Wednesday, 18 September
1:50-4:20 PM
1 GM P1: Examples and Methods for Potential Fields MS P1: Case Studies and Imaging 2 RP P1: Reservoir Characterization MLDA P4: Seismic Processing and Interpretation 4 SPET P3: New Methods and Applications
2 MLDA P1: Seismic Processing and Interpretation 1 MLDA P2: Seismic Processing and Interpretation 2 MLDA P3: Seismic Processing and Interpretation 3 MLDA P5: Seismic Processing and Interpretation 5 MLDA P6: Seismic Processing and Interpretation 6
3 SPET P1: Case Studies PS P1: Locations and Picking PS P2: Case Studies: Ambient Noise INT P2: Attributes and Inversion MLDA P7: Seismic Processing and Interpretation 7
4 BG P1: Acoustic Methods 1 BG P2: EM Methods INT P1: Case Studies 2 RC P4: Geomechanics, Fractures and Flow 2 INT P3: Offshore Techniques
5 RC P1: Clastics, Carbonates and Facies RC P2: Machine Learning RC P3: Inversion RC P5: Resolution, Attributes and Uncertainty RC P6: Clastics, Carbonates, Volcanics and Igneous Lithology
6 EMRS P1: Marine Application EMRS P2: Modeling and Analysis EMRS P3: Inversion and Interpretation NS P2: Novel Methods RC P7: Novel Methods
7 ANI P1: Methods and Applications NS P1: Machine Learning and Airborne Geophysics AVOSI P3: Methodology 2 AVOSI P4: Methodology 4 NS P3: Seismic Processing and Applications
8 AVOSI P1: Methodology 1 AVOSI P2: Case Studies 2 FWI P5: Regularization Techniques 1 FWI P6: Field Applications and Practical Issues AVOSI P5: Methodology 5
9 FWI P1: Novel Approaches FWI P3: Cycle-skipping 1 SPET P2: Signal Processing IS P1: Induced Seismicity: Observations, Analysis, and Processes 1 FWI P7: Stochastic Methods
10 FWI P2: Computational Issues FWI P4: Elastic and Multiparameter Method 1 SPMI P3: Least Squares Migration Improvement and Applications 2 SPMI P4: Elastic and Other Imaging Methods MG P1: New Methods and Case Histories
11 SPMI P1: Novel Imaging Methods and Applications 1 SPMI P2: Enhancement of RTM and its Applications 2 ACQ P2: Land Seismic 3 ACQ P3: Land Seismic 4 and Data Compression and Drone SPMI P5: Novel Imaging Methods and Applications 3
12 SVE P1: New Methods on Tomography ACQ P1: Land Seismic 2 SPMNR P2: Seismic Processing Methods for Weak Signals and Strong Noises SPMNR P3: Noise Attenuation and Signal Enhancement ACQ P4: Marine Seismic and Survey Design
13 SPMNR P1: Noise Attenuation and Seismic Data Reconstruction ANI P2: Kinematics and Velocities 1 TL P1: Inversion and Quantitative Interpretation MLDA P8: Geophysics: Novel Concepts SVE P2: Practical Issues and Anisotropy

SEG San Antonio 2019

15-20 September 2019
Henry B. González Convention Center
900 E Market St.
San Antonio, TX 78205

Phone: 918-497-4644
Email: [email protected]

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