Digital Imaging and Deconvolution: The ABCs of Seismic Exploration and Processing, by Enders A. Robinson and Sven Treitel, covers the basic ideas and methods used in seismic processing, concentrating on the fundamentals of seismic imaging and deconvolution. Many of the seismic methods in popular use today go back to the work of some of the great scientists of past centuries. The ideas are developed from the ground up. Most chapters in the book are followed by problem sets. Some exercises are designed to supplement the material presented in the text; others are meant to stimulate classroom discussions. There are few industrial-grade illustrations. Instead, both the text and the exercises deal mostly with simple examples that often can be solved with nothing more than a pencil and paper. Each chapter is as self-contained as possible to make it easier for a reader to concentrate on topics of particular interest. The book covers such basic topics as wave motion; digital imaging; digital filtering; various visualization aspects of the seismic reflection method; sampling theory; the frequency spectrum; synthetic seismograms; wavelets and wavelet processing; deconvolution; the need for continuing interaction between the seismic interpreter and the computer; seismic attributes; phase rotation; and seismic attenuation. The last of the 15 chapters gives a detailed mathematical overview. Digital Imaging and Deconvolution will be of interest to professional geophysicists as well as graduate students and upper-level undergraduates in geophysics. The book also will be helpful to scientists and engineers in other disciplines who use digital signal processing to analyze and image wave-motion data in remote-detection applications. In particular, the methods described in this book are important in optical imaging, video imaging, medical and biological imaging, acoustical analysis, radar, and sonar.
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Digital Imaging and Deconvolution, nominated for the Association of. .Enders A. Robinson, Sven Treitel.
The book also will be helpful to scientists and engineers in other disciplines who use digital signal processing to analyze and image wave-motion data in remote-detection applications.
Digital Imaging and Deconvolution book.
Reflection seismology is a remote imaging method used in petroleum exploration (Robinson et al, 2008) Time and Depth contour maps give clear picture about structure and dip of formation (Fi. ). Seismic and well data interpretation for Fort Abbas area in Punjab Platform, Pakistan.
No further space exploration would be done. Promising avenues in science and medicine would be abandoned. Business and finance would be crippled. The Internet would disappear. Imagine! The book does of course contain useful information, but be aware that it is an irritating read and does not delve very deep. 3 people found this helpful.
More by Enders A. Robinson. Geophysical Signal Processing. Developments in Petroleum Science, Volume 10: Deconvolution of Geophysical Time Series in the Exploration for Oil and Natural Gas. Manuel T. Silvia, Enders A. Robinson
More by Enders A. Migration of geophysical data. Seismic velocity analysis and the convolutional model. Multichannel Time Series Analysis With Digital Computer Programs.
The Effect of Spike and Gap Deconvolution on 2D Land Seismic Data. Hassan Z. Ali, Hassan A. Thabit.
Study area includes southern parts of the Punjab Platform and Sulaiman Foredeep tectonic units of the CIB. A regional scale East-West depth cross-section is prepared in South of hydrocarbon bearing Safed Koh Trend to Punjab Platform. The Effect of Spike and Gap Deconvolution on 2D Land Seismic Data. 1104594 152 Downloads 513 Views Citations.
Part of the Acoustical Imaging book series (ACIM, volume 18). Abstract. A layered-earth seismic model is subdivided into two subsystems. Robinson, E. 1984, Seismic Inversion and Deconvolution, Pergamon Press, New York, 361 p. oogle Scholar. Silvia, M. and Robinson, E. 1978, Deconvolution of Geophysical Time Series in the Exploration of Oil and Natural Gas, Elsevier Science Publishing C. 274 p. Webster, G. 1978, Deconvolution, Soc. Explor.
Sven Treitel, along with Enders Robinson, was instrumental in the transition of exploration geophysics from .
Sven Treitel, along with Enders Robinson, was instrumental in the transition of exploration geophysics from analog to digital recording and data processing. Sven has published over 40 papers and has received numerous Society awards, including SEG's Reginald Fessenden award and Honorary Membership. Sven also co-authored two books with Enders Robinson, the most recent - Digital Imaging and Deconvolution - that serves as the basis for the May 23-26 virtual course, Geophysical Signal Processing 101, sponsored by the Geophysical Society of Houston and the SEG. Register for his course and read.
Sven Treitel, along with Enders Robinson, was . Sven has published over 40 papers and has received numerous Society awards, including SEG's Reginald Fessenden award and Honorary Membership