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░ ██▀░░ ▄▓█▄ ▓ ███ * THE BiTTER END * ▄▓▄ ░ ░▐█▌
▐█▌░ ■▄▄ ▀▀ ░ ▀▀█▄▄ presents ▀ ▄▄■ ▄▀
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███▄ ██▀▀ Hampson Russell CE v8 R2.1 ▀▀██ ▄██▀
█ ██▌█ █▐██░
▓ █▓░ CGGVeritas ▓██░
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▄▄███▀░ SUPPLiER....: TEAM TBE DATE ...: 08.05.2008░▀███▄▄
▄▓███▀░ CRACKER ....: TEAM TBE TYPE ...: util ░▀███▓▄
▐▓███░ PROTECTiON .: FlexLM OS .....: win ░███▓▌
▀▓██▄░░ LANGUAGE ...: english SiZE ...: 1 CDs ░░▄██▓▀
░▀▓██▄░░ ░ ▄██▓▀░
▓ ▀▀██▄▄░░ URL: www.cggveritas.com ░░▄▄██▀▀ ▓
░ ▀▄▄ ▀▀██▄▄ ▄▄██▀▀ ▄▄▀ ░
░ ▄▄██▀ ░▓████▄▄▄ * RELEASE NOTES * ▄▄▄████▓░ ▀██▄▄ ░
▄██▀▀ ▄▄██▀▀░ ▀▀▀▀▀▀▀ ============= ▀▀▀▀▀▀▀ ░▀▀██▄▄ ▀▀▓█▄
██▓░ ▄█▀░░ ░░▀█▄ ░▓██
▐██▓░ ▀▓▄▄▀ 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. The program provides an ▓ ▓
▓ intuitive capability to manage, display and █ ▓
█ operate on seismic gather data for AVO █ ░
█ attribute generation and crossplotting. █
█ █
█ eLOG 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. 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. █
█ █
█ EMERGE is designed to predict █
█ reservoir properties using seismic █
█ attributes and well log data. The █
█ technique trains on target data at the well █
█ locations using multi-linear and neural █
█ network algorithms until an optimum █
█ transform is derived. Cross-validation is █
█ used to give confidence in the transform, █
█ prior to its application to the whole █
█ seismic volume. 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. █
█ █
█ GLI3D is designed to pick and interpret █
█ first breaks from 2D and 3D seismic data █
█ sets. These are then used to build a near █
█ surface gelogical model, which is █
█ optimized using generalized linear and █
█ tomographic inversion algorithms. 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. █
█ This program is the defacto standard █
█ within the seismic processing industry for █
█ regions with difficult statics problems. █
█ █
█ ISMAP is a geostatistical mapping tool █
█ designed for comparison and statistical █
█ analysis of mapped data sets. 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.