Machine learning has been a component in Emerge for decades. Power of Machine Learning in Emerge for better reservoir characterization New features in HampsonRussell version 10.4.1 delivers continual improvements in reservoir characterization and seismic interpretation technologies aimed at making sophisticated geophysical analysis and workflows accessible to every geoscientist. Popular S-inversion, LMR techniques and colored techniques are also available.Now Available HampsonRussell 10.4.1 | January 2019: All ancillary data manipulation needs, such as wavelet extraction, log correlation, model building and seismic processing are included. Acoustic and elastic impedance processes are provided, utilizing various inversion methods. STRATA is a seismic inversion product designed to transform post-stack seismic volumes to impedance traces for lithology and fluid determinations.
#PROMC HAMPSON RUSSELL 10 SOFTWARE#
Software makes the execution of everyday tasks on multi-component data straightforward through an easy-to-use and intuitive work environment. It provides an integrated framework for the interpretation and modeling of multi-component seismic data. PROMC is a software package that was developed through an industry consortium between 20. This gives interactive display, comparison, calibration and interpretation of 4D seismic data volumes.
It provides a well log toolkit for fluid replacement modeling and synthetic seismic generation, together with seismic processing functionality. PRO4D is a program that integrates all of the key elements required for time lapse seismic studies.
Retaining the spatial continuity of the denser data set. The concept is that a new map is generated which honors the sparse measured data, while Customary data inputs to the program are a combination of dense, yet "fuzzy" data such as seismic attribute extraction and sparse, accurate data such as measured well log data. ISMAP is a geostatistical mapping tool designed for comparison and statistical analysis of mapped data sets. This program is the defacto standard within the seismic processing industry for regions with difficult statics problems.
The optimum model is then used to calculate refraction statics for subsequent application to the seismic data in the processing flow, thereby improving the structural accuracy and image quality. These are then used to build a near surface gelogical model, which is optimized using generalized linear and tomographic inversion algorithms. GLI3D is designed to pick and interpret first breaks from 2D and 3D seismic data sets. Any measured or calculated logs such as porosity, density or water-saturation, may be predicted and the technique may also be applied in pure log applications. Cross-validation is used to give confidence in the transform, prior to its application to the whole seismic volume. The technique trains on target data at the well locations using multi-linear and neural network algorithms until an optimum transform is derived. New and edited data can be saved within the project, exported as new well data or transferred through direct binary links to third party applications.ĮMERGE is designed to predict reservoir properties using seismic attributes and well log data. The program provides an intuitive capability to manage, display and operate on seismic gather data for AVO attribute generation and crossplotting.ĮLOG is a comprehensive well log editing and modeling tool designed to prepare or create log data for use within the Hampson-Russell suite of applications. AVO is designed to analyze the fluid content of reservoir rocks through a combination of visual, analytical and modeling processes of the seismic and well data.
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