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The high sidelobes for large convolution algorithms for field data with time-bandwidth products values of @/Q are a fundamental property of the Fourier integral less than 2Q. The 2Q limit is an approximate rule of thumb. Although the deconvolved wavelet is not as nice For large values of Q (i.e., Q 50) somewhat greater timebandwidth as one would like, much progress has been made. By the application products can be achieved. On the other hand, a timebandwidth of equation (8) to the trace the time variations in the wavelet penalty is paid for small values of Q. have been removed and the problem has been reduced to the References stationary deconvolution problem posed by equation (10).
2-channel alignment method, algorithm, Artificial Intelligence, Bayesian Inference, deconvolution, delay system, equation, equivalent single-channel data, equivalent single-channel system, machine learning, maximum-likelihood deconvolution, multichannel maximum-likelihood deconvolution, Reservoir Characterization, sidelobe, single-channel data, unaligned j-channel system, Upstream Oil & Gas, velocity analysis, vibrator data, vibrator sweep, wavelet
Geophysics: Geophysics > Seismic Surveying > Surface Seismic Acquisition > Marine Seismic Acquisition (0.30)
SPE Disciplines: