New Feature |
Customer Value |
- Model-based Ground Roll Attenuation (SWAMI)
- Ground roll attenuation by near surface elastic parameter estimation, surface wave modeling and adaptive subtraction.
- Near surface parameter estimation innovatively uses a genetic algorithm for search optimization.
- A fast surface wave modeling algorithm enables efficient use in a production environment.
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- Improved retention of seismic signal
- Improved support for point receiver survey acquisition
- Towards near surface Vp/Vs/Density model estimation
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- New residual statics estimation
- Combines multiple legacy solvers into a modern framework
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- More effective utilization of compute resources during residual statics estimation
- Improved support for modern survey geometries
- Simplified end user parameterization and workflows
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- 5D Radon based Data Reconstruction
- Use of Radon-based data modeling 5D data reconstruction
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- Improved handling of aliasing in 5D Data Reconstruction
- Sparser representation in transform domain for improved signal/noise separation
- Suitable for modern and legacy data acquisition
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- New workflows for seismic survey geometry information
- New workflows for reviewing and merging seismic survey geometry information with seismic data
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- Improved, interactive QC of seismic survey geometry information
- Simplified workflow for merging marine seismic survey information with the seismic data
- More effective utilization of compute resources during automated bin grid geometry estimation
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- Improved support for Coordinate Reference Systems
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- Improved conformance with industry standards such as the IOGP GIGS process
- Improved support for merging legacy seismic surveys
- Consistency with evolving industry standards and customer expectations
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- New workflow for extended binning
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- Interactive analysis and determination of extended binning parameters
- New space saving implementation avoiding data duplication
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- Enhancements to the Echos Parallel Executive to support Parallel I/O for seismic files
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- Improved single workflow seismic I/O performance
- Improved utilization of high-performance file systems
- Improved flexibility for workflow management in production environments
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- Enable File Management operation in Echos batch workflows
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- Enhanced workflow automation by avoiding blocking interactive operations
- Improved flexibility for workflow-based data management in a production environment
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- Support for wavelet-based compression of prestack seismic data
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- Significant space saving for relevant P&I workflows
- Improved flexibility for workflow management in production environments
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- Echos Model/Event/Attribute update
- Enables 64-bit storage for headers and coordinates
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- Improved support for very large surveys
- Improved support for merging legacy surveys
- Improved support for high-resolution engineering surveys
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- Updated Echos Interactive Application – Wavelet Utility and Seismic Database Utility
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- Improved, modern UI for required product functionality
- Updated infrastructure, providing a modern extensible framework for wavelet operations
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