SMAART JV Pluto Data Set
In addition to designing and synthesizing data over a complex salt model, the SMAART JV data sets also produce data over a model designed specifically to test surface-related multiple elimination (SRME) algorithms. The Pluto data set is somewhat unusual because it contains a full set of zero-offset traces.
The images in Figure 12 visually quantify the impact of multiple energy on the higher technology migration algorithms. Part (a) provides a glimpse of the impact of multiples on a one-way phase screen migration of the Pluto data. Part (b) shows improved results when the multiples have been suppressed by SRME, but the two-way image in (c) is a better image still, even though it was produced with only 50% of the input data.
(a)
One-way
migration
with
no
SRME
(c)
Two-way
image
of
50%
of
the
input
data
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- Introduction
- Seismic Modeling
- History
- Zero Offset Migration Algorithms
- Exploding Reflector Examples
- Prestack Migration
- Prestack Migration Examples
- Common Azimuth on the SEG/EAGE C3-NA Synthetic
- Kirchhoff versus One-Way on a Gulf of Mexico 2D Salt Synthetic
- A North Sea Sill Synthetic
- Marmousi Case Study
- An Imaging Note and the BP 2.5 Dimensional Data
- BP 2.5 D Data
- BP 2004 Salt Structure Data
- SEG AA' Data Set
- Migration from Topography
- The SMAART JV Sigsbee Model
- SMAART JV Pluto Data Set
- SEG/EAGE C3-NA Data Imaging
- Anisotropic Earth Models
- Data Acquisition
- Migration Summary
- Isotropic Velocity Analysis
- Anisotropic Velocity Analysis
- Case Studies
- Course Summary
