For a mixture of a signal and non-Gaussian interference with arbitrary distribution law, a method of determining the envelope and phase probability densities is given. Efficiency of the proposed methods is illustrated by examples. In the case of a large signal-to-interference ratio it is shown that the distribution of the envelope for a mixture of signal and inter-ference coincides with the distribution of instantaneous value of interference shifted by a value of signal amplitude for an arbitrary distribution of interference.
On the evelope and phase distribution of the mixture of signal and non-Gaussian interference
2016
Article (Journal)
Electronic Resource
Unknown
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