I am studying a deconvolution problem for which observations include noise. I am considering using one of several common regularization methods, including Tikhonov's solution, truncated Singular Value Decomposition (SVD), or Wiener filter.
A manuscript I am reading, Riel and Berkhout, "Resolution in seismic trace inversion by parameter estimation" in Geophysics, 50(9), pp. 1440-1455, 1985, compares analysis in the Fourier domain with general SVD analysis:
Examples where SVD-based techniques may be used while Fourier techniques are no longer applicable are: time-invariant filtering, space-variant wave field extrapolation [...], and linear parameter estimation problems. Furthermore, in many nonlinear problems linearization is meaningful, again allowing application of the SVD. The nonlinear problem treated is such an example. In our opinion many problem areas in seismic exploration stand to benefit from an analysis involving the SVD. However, there are some limitations compared to Fourier analysis. For instance, SVD is not applicable to time-series analysis. Furthermore, the eigenvectors and eigenvalues do not, in general, have the clear physical meaning the sinusoids and their amplitudes in Fourier analysis do. For these reasons SVD-based methods should, when possible, not replace Fourier analysis methods, but rather be used in conjunction with them.
I was surprised to read that "SVD is not applicable to time-series analysis." It is not clear to me that this is the case, and indeed the authors use SVD to construct an inverse filter for their convoluted time series.
I wonder if there is common knowledge in the DSP community regarding SVD's unsuitability for time series analysis in general or specific aspects, as this is the first time I have come across this statement. (It is also surprising to find no SVD or eigenanalysis tag.) Thanks in advance.