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Why is it important?

Hilbert transform can be defined in terms of Cauchy principal value integral which ranges between negative infinity to positive infinity. Sinc interpolation and conformal mapping are used to define the integrand within a bounded domain which ensures rapid decay of approximation error. A new regularization technique is used to address the noise issue in the data. An optimal regularization parameter is selected using an intuitive graphical method.

Perspectives

The paper gives new insights on the Hilbert transform of noisy data which has universal appeal and hence can be used in various applications other than geophysics as well.

DR Indrajit IR Roy
Spaceage Geoconsulting

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This page is a summary of: On robust estimation of discrete Hilbert transform of noisy data, Geophysics, November 2013, Society of Exploration Geophysicists,
DOI: 10.1190/geo2013-0007.1.
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