Generalized iterative frequency domain deconvolution technique

The deconvolution problem is mathematically classified as an ill-posed problem. The authors present a fast, robust, and accurate iterative frequency domain deconvolution technique that tackles this ill-posed problem. In an example, they use the new deconvolution technique to calculate the time domain reflection coefficient of a double step-in-width microstrip line. This deconvolution algorithm is much faster, more accurate, more robust, and less sensitive to noise than traditional algorithms.<
>