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AttributeStudio™

Interactive Attribute Analysis And Quantitative InterpretationAttributeStudio™ is an integrated environment for seismic attribute generation, visualization, calibration, correlation and quantitative interpretation. AttributeStudio integrates advanced attribute analysis and QI workflows with productivity tools for basic conventional interpretations, enabling geoscientists to quickly derive reservoir properties from seismic attributes and move beyond conventional workflows. Challenges And Solutions Determine the highest value targets in shale and tight-sand plays Innovative workflow to correlate seismic attributes with production in horizontal wells and perform prediction using advanced data analytics. Overcoming the different scales of well log and seismic data to produce a more accurate prediction Upscaling and prediction workflows that utilize reservoir properties derived from seismic attributes. Utilize seismic data to estimate petrophysical properties between wells Upscaling and prediction of well logs from seismic attributes. Utilize seismic data to image thin bed reservoirs that are below the resolution of standard techniques Spectral decomposition and correlation analysis from tuning cubes. Detection of small-scale faults and natural fracture zones from seismic data Structure attributes and 3D image analysis and filtering. Generate high quality seismic attributes from band limited and noisy data Data-conditioning and image filtering to enhance seismic attributes Reduce the time to perform attribute analysis on very large seismic data volumes Interactive attribute generation, analysis, and visualization in stratagrid Extract and visualize 3D reservoir volume based upon seismic attributes Geobody detection and mapping workflow Improve interpreter productivity through more accurate automated horizon detection Intelligent 3D waveform horizon tracking Some Features In Attribute Studio

Waveform Auto Picker
Stratagrids
Volume-based Attributes
Horizon Attributes
Interval Attributes
Spectral Decomposition
Semblance
Volume Curvature
Structure-Oriented Filtering
Seismic Facies Classification
Color blending and co-rendering
Geobody Tracking and Paintbrush
Principal Component Analysis
Interactive Cross-Plotting
Production Data & Seismic Attribute Correlation