PERFORMANCE OF COMMUNICATION SYSTEM UTILIZING AUTOCORRELATION RECEIVING OF NOISE SIGNAL
A mathematical models of signals in communication systems utilizing autocorrelation receiving of modulated noise signal is presented. System performance under additive white Gaussian noise channel is investigated. We introduce and justify a notion of an optimal signal-to-noise ratio, and their corresponding values are calculated. Comparative analysis showed that the best performance among the systems considered in this paper have the communication system with differential noise-shift-keying. In this system applied time-division for the information, and the reference signal.