Digital seismic inverse methods
This mathematically based text presents the basic geophysical models used today. It is designed as a text or reference information for courses in geophysics, and also as a professional reference. It presents following contents; the seismic method as a communication system, the design of high-resolution digital filters; principles of digital wiener filtering; sampling geophysical data, filter theory and wave propagation; random processes; spectral estimation; predictive decomposition of seismic traces; multichannel z-transforms and minimum delay; the spectral function of a layered system and the determination of waveforms at depth; deconvolution; spectral approach to geophysical inversion by Lorentz, Fourier, and radon transforms; dynamic predictive deconvolution; the normal incidence synthetic seismogram; maximum entropy and the relationship of the partial autocorrelation to the reflection coefficients of a layered system; maximum entropy spectral decomposition of a seismogram into its minimum entropy component plus noise; optimum stacking techniques; optimum digital filters for signal-to-noise ratio enhancement; bibliography, and index.
- OSTI ID:
- 6306412
- Country of Publication:
- United States
- Language:
- English
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COMMUNICATIONS
DATA PROCESSING
DATA TRANSMISSION
DIGITAL FILTERS
DIGITAL SYSTEMS
ENTROPY
FUNCTIONS
GEOLOGIC DEPOSITS
GEOLOGIC MODELS
GEOPHYSICAL SURVEYS
GEOPHYSICS
MINERAL RESOURCES
NATURAL GAS DEPOSITS
PETROLEUM DEPOSITS
PHYSICAL PROPERTIES
PROCESSING
RESOURCES
SEISMIC SURVEYS
SEISMIC WAVES
SIGNAL-TO-NOISE RATIO
SPECTRAL FUNCTIONS
STRATIFICATION
SURVEYS
THERMODYNAMIC PROPERTIES
WAVE FORMS
WAVE PROPAGATION