Spherical Divergence and Absorption Compensation in Time and Frequency Domain
Jie Gao, Y. Ling, R. Zhang · 2004
Principles 2 3. Spectrum whitening deconvolution compensates the attenuation and absorption of the data by dynamically balancing each channel of the frequency bands with the assumption that reflection coefficient series is white noise. So it is almost impossible to compensate the amplitude and frequency without distorting the reflection coefficient series for the real data. 4. Single or multi-channel deconvolution in the processing does the wavelet statistics and deconvolution in the selected windows. So the method is an average compensation in the windows. It can not fit the process in which the amplitude and frequency change sample by sample. Following the