![]() Kamal al-Yahya, Senior Vice President, GeoSoftware & Smart Data Solutions, said: “Throughout their long careers, Brian and Dan have shown unstinting dedication to innovation and the advancement of our geophysical industry. ![]() He is currently investigating the use of Deep Neural Networks to enhance and extend the inversion process. It now delivers deep learning in the form of Deep Feed-forward Neural Networks for more detailed prediction of reservoir properties.ĭan and Brian founded Hampson-Russell Software in 1987 and, as vice presidents within CGG GeoSoftware, continue to guide its strategy and the development of reservoir characterization software.īrian Russell is an internationally recognized expert in seismic inversion, amplitude variation with offset (AVO), and seismic attribute analysis, and provides training courses on these subjects throughout the world.ĭan is the originator of several innovations in the field of seismic processing, including the Generalized Linear Inverse approach to refraction statics analysis and the Parabolic Radon Transform noise and multiple attenuation algorithm. GeoSoftware’s HampsonRussell Emerge technology has implemented machine learning methods for over 20 years to address complex geological challenges. Brian Russell spoke at the event about the ‘History of Inversion’ while Jon Downton, Senior Research Advisor for CGG GeoSoftware, gave a technical talk on the latest innovations in ‘Machine Learning Inversion’. The theme of this year’s GSH-SEG Symposium, held from 16-17 April in Houston, USA, was ‘The Resurgence of Seismic Inversion’. New functionality for existing applications is automatically provided to clients on maintenance.Dan Hampson and Brian Russell from GeoSoftware, part of CGG’s Geoscience Division were honoured for their groundbreaking achievements in geophysics by the Geophysical Society of Houston and the Society of Exploration Geophysicists at their jointly sponsored 2019 GSH-SEG Spring Symposium and Exhibition in Houston. ![]() For ease of project start-up, HRS 10.0 expands the range of connections to industry-standard interpretation and data storage systems. ProAZ for azimuthal AVO now provides synthetic azimuthal modeling from well logs. The new release also includes updates and enhancements to existing applications such as depth-log to depth-seismic correlation which addresses the increasing need of geoscientists to work with depth volumes. GeoSI can also deliver high-resolution lithology or other rock property volumes. GeoSI introduces pre- and post-stack stochastic inversion to generate an unlimited number of detailed realizations, allowing uncertainty analysis. RockSI is an interactive tool for exploring the link between rock properties and seismic data through petro-elastic models. HRS 10.0 unveils two completely new products. With these features, users can expand depth-based processes, analyze anisotropy to map fractures, connect rock properties and seismic properties, and increase the resolution of the results through stochastic seismic inversion. The enhanced capabilities of HRS 10.0 reflect a commitment to continually improve reservoir characterization technologies for geoscientists. CGG GeoSoftware is pleased to announce HRS 10.0, a major release of its industry-leading Hampson-Russell seismic interpretation and reservoir characterization software suite. ![]() Company Announcement - Continuous evolution delivers new capabilities for rock physics and stochastic inversion. ![]()
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