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Univariate problems
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Univariate problems
INSIDE AN ABSTRACT VECTOR
SEGREGATING P AND S CROSSTALK
Two univariate problems
The physics of crosstalk
Failure of straightforward methods
Failure of independence assumption
Solution by weighting functions
A nonlinear-estimation method
Clarity of nonlinear picture
Nonuniqueness and instability
Estimating the noise variance
Colored noise
Noise as strong as signal
Spectral weighting function
Flame out
References
HOW TO DIVIDE NOISY SIGNALS
Dividing by zero smoothly
Damped solution
Example of deconvolution with a known wavelet
Deconvolution with an unknown filter
Explicit model for noise
A self-fulfilling prophecy?
NONSTATIONARITY
DIP PICKING WITHOUT DIP SCANNING
The plane-wave destructor
Moving windows for nonstationarity
About this document ...
Stanford Exploration Project
10/21/1998
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