Zero Phase Processing of Trace Using Spectral Balancing
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This text discusses a technique known as spectral balancing, employed for zero phase processing of trace signals. The fundamental principle involves eliminating phase shifts in signals by balancing their frequency spectrum, thereby achieving more accurate tracking. Spectral balancing is widely utilized in seismic exploration and various signal processing applications, playing a crucial role across multiple domains. From an implementation perspective, this typically involves applying frequency-domain equalization filters or phase correction algorithms to achieve spectral flatness while maintaining zero-phase characteristics. Key functions in practical applications might include FFT-based spectral analysis, inverse filtering operations, and phase-correction routines that ensure linear phase response across the frequency band of interest.
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