In this section, cyclostationary signals are characterized and their spectral analysis is provided. Links between the considered statistical functions and quadratic time-frequency representations are highlighted. Generalizations of the concept of cyclostationarity are addressed. The considered classes of signals are suitable models in several fields of application including communications, radar/sonar, telemetry, climatology, astronomy, acoustics, mechanics, biology, bioengineering, econometrics, and finance (see Refs. [58–61] and references therein).
Characterization of cyclostationary signals and their generalizations
NAPOLITANO, ANTONIO
2015-01-01
Abstract
In this section, cyclostationary signals are characterized and their spectral analysis is provided. Links between the considered statistical functions and quadratic time-frequency representations are highlighted. Generalizations of the concept of cyclostationarity are addressed. The considered classes of signals are suitable models in several fields of application including communications, radar/sonar, telemetry, climatology, astronomy, acoustics, mechanics, biology, bioengineering, econometrics, and finance (see Refs. [58–61] and references therein).File in questo prodotto:
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