Abstract
A novel technique for the analysis OCT signals is presented. It permits the separation of the signal in resolvable and diffuse components using wavelet decomposition, and the subsequent evaluation of the diffuse part based on autoregressive spectral techniques. The characteristics of the uresolvable, but diagnostically significant, scatters in tissue can be extracted from the latter. This information could considerably improve the clinical utility of OCT.
© 2005 Optical Society of America
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