We suggest a basic fast algorithm for the noncoherent digital processing of the radio signals consisting of the minimum number of simple arithmetic operations over a signal period. On its basis there can be realized the algorithms and the correspondent digital devices for detection and noncoherent demodulation of signals with amplitude, frequency modulation and differential phase keying. Digital signal processors and modern programmable logic devices can be effectively used for their practical implementation.

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Abstract-We are to introduce the phase-shift keyed signal detector with a relatively simple construction, the one that provides the high-noise immunity. We are demonstrating that the specified detector can extract the phase-shift keyed signals when the signal-to-noise ratio is much less than its working value in the receiver highway. We have determined the expressions for the false-alarm and missing probabilities if the binary phase-shift keyed signal is detected, and we consider the influence of detector parameters on detection performances. The obtained results are corroborated by statistical simulation. We are also to illustrate that the suggested detector can be practically implemented on the base of both analog and digital devices.