Titlebook: Automated Pattern Analysis in Petroleum Exploration; Ibrahim Palaz (Geophysicist),Sailes K. Sengupta (F Book 1992 Springer-Verlag New York

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https://doi.org/10.1007/978-981-16-9077-8ntains of the fractal models, just as we can explore the real mountains on earth, and look for natural structure, form, and process? In this chapter we examine the applicability of fractal methods to natural topography from a geoscience, rather than a mathematical, viewpoint. We consider the question “is the land surface fractal?”

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Artificial Intelligence in Formation Evaluation,and augment certain menial human tasks in the accounting and commercial areas requiring only a modicum of reasoning. Even in scientific and engineering applications, computers have been used almost solely as “number crunchers.” Thus, they are programmed to perform tasks that their users find time and labor intensive.

Desert

Intelligent Knowledge Based Systems and Seismic Interpretation,w that multitasking, dedicated interpretational workstations are becoming commonplace. An illustration is given using some sequence stratigraphy definitions and rules written in PROLOG for accessing the definitions.

Hangar

An Expert System for the Design of Array Parameters for Onshore Seismic Surveys,ut” still applies. Even the stack array technique (Anstey, 1986) should give better results if the initial field record can be improved by using appropriate arrays for geophones and source (Vermeer 1990).

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Automated Pattern Analysis in Petroleum Exploration

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Ibrahim Palaz (Geophysicist),Sailes K. Sengupta (F

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Automated Pattern Analysis in Petroleum Exploration978-1-4612-4388-5

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