Difference between revisions of "User:Ageary/Digital Imaging"

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  | isbn    = 9781560801481
 
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* [[Wave motions]]
 +
* [[Introduction]]
 +
* [[Wavefronts and raypaths]]
 +
* [[d’Alembert’s solution]]
 +
* [[One-dimensional waves]]
 +
* [[Sinusoidal waves]]
 +
* [[Phase velocity]]
 +
* [[Wave pulses]]
 +
* [[Geometric seismology]]
 +
* [[The speed of light]]
 +
* [[Huygens’ principle]]
 +
* [[Reflection and refraction]]
 +
* [[Ray theory]]
 +
* [[Fermat’s principle]]
 +
* [[Fermat’s principle and reflection and refraction]]
 +
* [[Diffraction]]
 +
* [[Analogy]]
 +
* [[Appendix A: Exercise]]
 +
* [[References for Chapter 1]]
 +
*
 +
* [[Digital imaging]]
 +
* [[Chapter 2]]
 +
* [[39-78]]
 +
* [[Reflection seismology]]
 +
* [[Digital processing]]
 +
* [[Signal enhancement]]
 +
* [[Migration]]
 +
* [[Interpretation]]
 +
* [[Rays]]
 +
* [[The unit tangent vector]]
 +
* [[Traveltime]]
 +
* [[The gradient]]
 +
* [[The directional derivative]]
 +
* [[The principle of least time]]
 +
* [[The eikonal equation]]
 +
* [[Snell’s law]]
 +
* [[Ray equation]]
 +
* [[Ray equation for velocity linear with depth]]
 +
* [[Raypath for velocity linear with depth]]
 +
* [[Traveltime for velocity linear with depth]]
 +
* [[Point of maximum depth]]
 +
* [[Wavefront for velocity linear with depth]]
 +
* [[Two orthogonal sets of circles]]
 +
* [[Migration in the case of constant velocity]]
 +
* [[Implementation of migration]]
 +
* [[Appendix B: Exercises]]
 +
* [[References for Chapter 2]]
 +
*
 +
* [[Visualization]]
 +
* [[Chapter 3]]
 +
* [[79-98]]
 +
* [[The seismic reflection method]]
 +
* [[Seismic interpretation]]
 +
* [[Porosity]]
 +
* [[Absorption loss and transmission loss]]
 +
* [[The wave equation]]
 +
* [[Wave velocity]]
 +
* [[Velocity analysis]]
 +
* [[Seismic tomography]]
 +
* [[Coherence]]
 +
* [[Appendix C: Exercises]]
 +
* [[References for Chapter 3]]
 +
*
 +
* [[Sampling]]
 +
* [[Chapter 4]]
 +
* [[99-116]]
 +
* [[Time series]]
 +
* [[The wavelet]]
 +
* [[Digitization]]
 +
* [[Frequency]]
 +
* [[Sinusoidal motion]]
 +
* [[Aliasing]]
 +
* [[The Nyquist frequency]]
 +
* [[Sampling geophysical data]]
 +
* [[Appendix D: Exercises]]
 +
* [[References for Chapter 4]]
 +
*
 +
* [[Filtering]]
 +
* [[Chapter 5]]
 +
* [[117-142]]
 +
* [[Digital filtering]]
 +
* [[Convolution]]
 +
* [[Feedback filters]]
 +
* [[Inverse filters]]
 +
* [[Minimum delay]]
 +
* [[Appendix E: Exercises]]
 +
* [[References for Chapter 5]]
 +
*
 +
* [[Frequency]]
 +
* [[Chapter 6]]
 +
* [[143-158]]
 +
* [[Frequency spectrum]]
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* [[Magnitude spectrum and phase spectrum]]
 +
* [[Fourier transform]]
 +
* [[Minimum-phase spectrum]]
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* [[Inverse Fourier transform]]
 +
* [[Appendix F: Exercises]]
 +
* [[References for Chapter 6]]
 +
*
 +
* [[Wavelets]]
 +
* [[Chapter 7]]
 +
* [[159-192]]
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* [[Wavelets]]
 +
* [[Fourier transform]]
 +
* [[Z-transform]]
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* [[Delay: Minimum, mixed, and maximum]]
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* [[Two-length wavelets]]
 +
* [[Illustrations of spectra]]
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* [[Delay in general]]
 +
* [[Energy]]
 +
* [[Autocorrelation]]
 +
* [[Canonical representation]]
 +
* [[Zero-phase wavelets]]
 +
* [[Symmetric wavelets]]
 +
* [[Ricker wavelet]]
 +
* [[Appendix G: Exercises]]
 +
* [[References for Chapter 7]]
 +
*
 +
* [[Synthetics]]
 +
* [[Chapter 8]]
 +
* [[193-216]]
 +
* [[Introduction]]
 +
* [[Polarity]]
 +
* [[Reflection coefficients and transmission coefficients]]
 +
* [[Ghost reflection]]
 +
* [[Layer-cake model]]
 +
* [[Synthetic seismogram without multiples]]
 +
* [[Water reverberations]]
 +
* [[Synthetic seismogram with multiples]]
 +
* [[Examples]]
 +
* [[Small and white reflection coefficients]]
 +
* [[Appendix H: Exercises]]
 +
* [[References for Chapter 8]]
 +
*
 +
* [[Wavelet processing]]
 +
* [[Chapter 9]]
 +
* [[217-252]]
 +
* [[Wavelets]]
 +
* [[The shaping filter]]
 +
* [[Spiking filter]]
 +
* [[White convolutional model]]
 +
* [[Wavelet processing]]
 +
* [[All-pass filter]]
 +
* [[Convolutional model]]
 +
* [[Nonminimum-delay wavelet]]
 +
* [[Signature deconvolution]]
 +
* [[Vibroseis]]
 +
* [[Dual-sensor wavelet estimation]]
 +
* [[Deconvolution: Einstein or predictive?]]
 +
* [[Summary]]
 +
* [[Appendix I: Exercises]]
 +
* [[References for Chapter 9]]
 +
*
 +
* [[Deconvolution]]
 +
* [[Chapter 10]]
 +
* [[253-288]]
 +
* [[Model used for deconvolution]]
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* [[Least-squares prediction and smoothing]]
 +
* [[The prediction-error filter]]
 +
* [[Spiking deconvolution]]
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* [[Gap deconvolution]]
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* [[Tail shaping and head shaping]]
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* [[Seismic deconvolution]]
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* [[Piecemeal convolutional model]]
 +
* [[Time-varying convolutional model]]
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* [[Random-reflection-coefficient model]]
 +
* [[Implementing deconvolution]]
 +
* [[Canonical representation]]
 +
* [[Appendix J: Exercises]]
 +
* [[References for Chapter 10]]
 +
*
 +
* [[Fine points]]
 +
* [[Chapter 11]]
 +
* [[289-328]]
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* [[Prediction-error filters]]
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* [[Water reverberations]]
 +
* [[Gap deconvolution of a mixed-delay wavelet]]
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* [[Prewhitening]]
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* [[Prediction distance]]
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* [[Model-driven predictive deconvolution.]]
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* [[Convolutional model in the frequency domain]]
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* [[Time-variant spectral whitening]]
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* [[Model-based deconvolution]]
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* [[Surface-consistent deconvolution]]
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* [[Interactive earth-digital processing]]
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* [[Appendix K]]
 +
* [[References for Chapter 11]]
 +
*
 +
* [[Attributes]]
 +
* [[Chapter 12]]
 +
* [[329-348]]
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* [[Interpretive processing]]
 +
* [[Seismic attributes]]
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* [[Instantaneous attributes]]
 +
* [[Seismic sequence attribute map (SSAM)]]
 +
* [[Coherence cube (C3)]]
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* [[SSAM and C3]]
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* [[Appendix L: Design of Hilbert transforms]]
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* [[Appendix M: Exercises]]
 +
* [[References for Chapter 12]]
 +
*
 +
* [[Phase]]
 +
* [[Chapter 13]]
 +
* [[349-362]]
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* [[Phase rotation]]
 +
* [[Alternate approaches to phase rotation]]
 +
* [[Band-limiting root approximation]]
 +
* [[Appendix N: The energy-delay theorem]]
 +
* [[References for Chapter 13]]
 +
*
 +
* [[Absorption]]
 +
* [[Chapter 14]]
 +
* [[363-374]]
 +
* [[Attenuation]]
 +
* [[Useful attenuation mechanisms]]
 +
* [[Practical considerations]]
 +
* [[Appendix O: Exercises]]
 +
* [[References for Chapter 14]]
 +
*
 +
* [[Input-output models]]
 +
* [[Chapter 15]]
 +
* [[375-416]]
 +
* [[Introduction]]
 +
* [[Digital linear time-invariant systems]]
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* [[Analog linear time-invariant systems]]
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* [[Digital transfer functions]]
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* [[Analog transfer functions]]
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* [[Causality and stability of digital systems]]
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* [[Causality and stability of analog systems]]
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* [[Frequency response of a digital system]]
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* [[Digital prediction]]
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* [[Digital prediction error]]
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* [[Analog prediction error]]
 +
* [[References for Chapter 15]]
 +
*

Revision as of 14:59, 30 July 2020

Problems in Exploration Seismology and their Solutions
DigitalImaging.png
Series Geophysical References Series
Title Problems in Exploration Seismology and their Solutions
Author Enders A. Robinson and Sven Treitel
DOI http://dx.doi.org/10.1190/1.9781560801610
ISBN 9781560801481
Store SEG Online Store