The Oasis 3D viewer allows lightning fast scrolling of Inlines, Crosslines and Time slices. Perform basic operations such as filtering, gaining, and spectral balancing with the Interactive mode and batch mode operations.
View 2D data surveys in a 3D environment with available well information and 3D volumes. The Oasis 2D/3D Viewer has integrated line tie analysis software that lets you visualize and correct line tie intersections for time, phase, and frequency differences and see the results applied instantly in 3D space.
With the Oasis base platform, you get Inversion, Filtering, Gaining, Spectral Balancing, Sorting, Attribute Volumes, SEG-Y output and more. With these capabilities we are not just talking about signal processing algorithms piped in a batch flow, you get state of the art analysis software applications that give instant feedback when adjusting parameters for filtering, spectral balancing, attribute, and inversion. With the Oasis EarthCube Viewer, easily integrate full Three Dimensional views of 2D Data, 3D Volumes and Wells. Easily adjust transparency, color map and other display parameters.
With OasisPrestack, you get processing capabilities, which allows for quick QC, processing and restacking of migrated gathers for 2D and 3D seismic. Reflection modeling of gathers and Avo attribute extraction along digitized Prestack events and better AVO analysis and Prestack Inversion products. Residual NMO can be velocity independent or Utilize a Velocity Model with independent Anisotropy Volumes. With Oasis the User can load gathers, view gathers, compute attributes from gathers, apply RNMO (unaffected by polarity reversals), condition gathers and even restack the migrated gathers to produce a potentially better final image or offset and or angle stacks in Time and Depth.
Oasis Cartographic System
With the Oasis Cartographic System you can easily combine multiple 2D and 3D surveys with Well log information as well as Shape files and cultural information. With Oasis the user can easily point and click in map based environment for defining common coordinate systems such as UTM and US State Plane Z one Codes.
The Geographical Information Systems or GIS interface within Oasis is capable of supporting just about any Global Cartographic System and even allows the user to modify the coordinates of seismic data surveys and allow for SEG-Y output of the desired CRS system in the trace headers
The Oasis Flow Builder allows the user to construct Flows to filter, gain, compute attributes and much more, and the Oasis workflows are maintained by the Oasis Project Management System and organized by 2D Line and 3D Survey, so working through large complex 2D grids or multiple 3D surveys the user can maintain a very diverse set of workflows to QC, mine new information or correct for processing artifacts as well as resolve line tie issues.
A very simple drag and drop interface allows for very fast processing and visualization of workflows applied to 2D and 3D seismic Surveys. With the Advanced functionality of todays Object Oriented Development Environments the team at ADV have been able to construct a processing engine and integrated Workflow Builder with the Web, Multi Threading and Database integration. Cloud Project Replication functionality for projects in upcoming Oasis releases that will allow the user to store the Meta data for all of the Project Workflow information and give the user the peace of mind in the event of a loss of a desktop system the user parameters and workflows can be easily synced from the last Cloud sync.
PSTM - Prestack Time Migration
The Oasis Prestack 3D Time Migration algorithm is a proprietary implementation of Kirchhoff which includes both Fourth ordered Anisotropic terms and Curved Ray terms in addition to the conventional straight ray or 2nd ordered term. The algorithm has been developed to provide superior anti-aliasing protection while providing the maximum frequency for complex structural imaging conditions.
PSDM - Prestack Depth Migration
Within our collection of tools is Wave Equation Migration, 2D and 3D Reverse Time Migration, including Isotropic RTM and VTI (vertical transverse isotropy) RTM. We have both CPU versions and a GPU versions
TTI Kirchoff Depth Migration
Our technology is capable of imaging complex media with tilted anisotropy. We use the latest fast marching algorithms to solve
Reverse Time Migration
The OASIS RTM images complex structures beneath salt formations and runs in 2D or 3D mode with algorithms for Isotropic and VTI media. This proprietary software uses a specialized propagation engine to account for sparse velocity models.
Oasis Basic Feature Set
Basic processing modules
Gather conditioning OasisPreStack
Post stack attributes
Interactive Graphical Applications
We have expertise in many areas of processing and interpretation.
John Almon is an alumnus of Rice University in Computer Science and graduated with an M.B.A. from Rice University. He has an extensive background in software development and finance planning, which has led him to be a senior Software Engineer at Stage Stores, Inc, Investment Banker with WoodRock & Co, CFO of Risers International, a Offshore Drilling Riser Company, and currently founder/CEO of Advanced Seismic.
Leron Wells has 25 years of experience in Seismic Processing, Research & Development, Software Development and High Performance Computing. He has worked at Seismic Ventures as a main developer for 2D and 3D Prestack Imaging, AVO, attributes and many other technologies, as well as a production processing supervisor. He now serves as Officer, Founder and Leader at Advanced Seismic.
Aaron Girard completed a B.Sc. in Geophysical Engineering at the Colorado School of Mines, and a Joint M.Sc. in Applied Geophysics through the IDEA-League, a consortium of three of Europe's leading science and technology institutions: Delft University of Technology, ETH Z�rich and RWTH Aachen University, with a thesis written in collaboration with the University of Edinburgh. He has worked at Norsk Hydro, Hess Corp., PGS and WesternGeco before co-founding RARE Services, which was acquired by Advanced Seismic in October 2013.
Pavan Elapavuluri acquired his Master and Ph.D. at the University of Calgary while working with CREWES. He worked at Talisman Energy and WesternGeco as a Research Geophysicist before working at RARE Services, which was acquired by Advanced Seismic in October 2013.
Andy Badgett graduated from the Colorado School of Mines and has since worked in software in a diverse range of fields including Ball Aerospace, Maverick Geophysics, PGS, Renegade Geophysics, and HiPoint Reservoir Imaging. He now works with Advanced Seismic since March 2013 as Chief Technology Officer.
Les Engelbrecht has worked with WesternGeco, PGS, Renegade Geophysics and HiPoint Reservoir Imaging, writing some of the industry-leading software for data processing and imaging. He has won Best Paper at the SEG Annual Meeting in 2007 and in The Leading Edge in 2012 for his work. He now is programming for Advanced Seismic since March 2013.
We have expertise in many areas of processing and interpretation. We can help you with any type of project from consulting to services
We can help you make better decisions by using our software tools that were designed for modern computer hardware.
Our software does not use third party libraries, so we can develop any functionality that you need at the right price.
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