A method to correctly measure the dispersion of an optical fiber as a function of wavelength is proposed and
demonstrated by utilizing the partially degenerate four wave mixing process. This is done for a highly nonlinear
fiber for which the dispersion values are very small and there is no prior knowledge about the zero dispersion
wavelength. Powers in the idler frequencies are measured for different values of wavelength separation between
the pump wavelengths to extract the dispersion map of the highly nonlinear fiber.
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