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Title: Filtering and Detection of Ultra-Wideband Chaotic Radio Pulses with a Matched Frequency-Selective Circuit.
Authors: Kuzmin, Lev V.; Efremova, Elena V.
Abstract: An approach is proposed to the filtering of an additive mixture of ultra-wideband chaotic signals and white Gaussian noise, in order to retrieve the useful signal in the receiver. The role of the filter is performed by a passive frequency-selective circuit, identical to the one involved in the formation of oscillations in the chaos generator. A mathematical model of a modulating chaos generator, detecting and receiving a sequence of ultra-wideband chaotic radio pulses in a noisy channel is designed. For the receiver of sequences of symbols encoded by chaotic radio pulses with 2- and 4-position modulation, the bit error ratio as a function of the noise level and the pulse duration is estimated numerically.
Subjects: BIT error rate; CHAOTIC communication; RANDOM noise theory; WHITE noise; ERROR functions; MATHEMATICAL models
Publication: Electronics (2079-9292), 2023, Vol 12, Issue 6, p1324
ISSN: 2079-9292
Publication type: Academic Journal
DOI: 10.3390/electronics12061324

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Filtering and Detection of Ultra-Wideband Chaotic Radio Pulses with a Matched Frequency-Selective Circuit.