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Evolving finite state transducers to interpret deepwater reservoir depositional environments

9 years 4 months ago
Evolving finite state transducers to interpret deepwater reservoir depositional environments
— Predicting oil recovery efficiency of deepwater reservoirs is a challenging task. One approach to characterize and predict the producibility of a reservoir is by analyzing its depositional information. In a deposition-based stratigraphic interpretation framework, one critical step is the identification and labeling of the stratigraphic components in the reservoir according to their depositional information. This interpretation process is labor intensive and can produce different results depending on the stratigrapher who performs the analysis. To relieve stratigrapher’s workload and to produce more consistent results, this research developed a methodology to automate this process using various computational intelligent techniques. Using a well log data set, we demonstrated that the developed methodology and the designed workflow can produce finite state transducer models that interpret deepwater reservoir depositional environments adequately.
Tina Yu, Dave Wilkinson, Julian Clark, Morgan Sull
Added 29 May 2010
Updated 29 May 2010
Type Conference
Year 2008
Where CEC
Authors Tina Yu, Dave Wilkinson, Julian Clark, Morgan Sullivan
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