Omega Features
Omega software latest features
Omega new features
In our latest technology update, we are rolling out three seismic function modules externally, to further broaden the geophysical capabilities of the Omega™ geophysical data processing software.
Shear noise attenuation (SNA):
A new SFM, not previously released commercially, and built to remove shear noise from the vertical velocity/acceleration measurement of multicomponent ocean-bottom seismic data.
ISSP Toolkit
An updated and improved module for deblending of data acquired using simultaneous sources. This update has important performance and useability improvements.
PARTIAL_SORT SFM
Minor fixes to improve robustness of the algorithm for this tool, which is used for sorting very large data volumes.
Omega previous highlights
Vista IVA
The VISTA IVA application for Omega geophysical data processing software is a sophisticated, interactive velocity analysis tool bringing versatility and efficiency to the velocity analysis workflow in the time-domain.
SeisView App
Analyze and compare seismic data using the SeisView application in Omega.
Omega Seisflow
Omega Seisflow is used to build the complex workflows needed to creatively address unique geophysical challenges. Processing workflows are created interactively by selecting and inserting one of more than 500 algorithms into the Omega Seisflow canvas.
Customized Map View
Create customized map view displays for QA/QC using the Multiple Attribute Display (MAD) application in Omega. Create displays using attribute data files, seismic data files, text, and image files. Shown: Before & after 5D interpolation.
Omega Flatirons
Flatirons? is the leading purpose-built application to generate refraction statics solutions. Omega Flatirons is the exclusive 果冻传媒 version of Flatirons? designed to streamline the workflow for superior refractions and near-surface velocity modeling for Omega geophysical data processing software. Shown: Interactive first-break picking.
Omega Cluster Manager
Use the Omega Cluster Manager (OCM) to optimize computer resources and maximize efficiency through parallel processing.