A concise survey of the literature on cyclostationarity of the last 10 years is presented and an
extensive bibliography included. The problems of statistical function estimation, signal …

Recent developments and applications of cyclostationary signal analysis are reviewed in the
companion paper “Cyclostationarity: New trends and applications”. In this paper, limits to the …

The relative motion between the transmitter and the receiver modifies the nonstationarity
properties of the transmitted signal. In particular, the almost-cyclostationarity property …

In high-mobility wireless communications and radar systems, a higher carrier frequency and
higher moving speed/acceleration of terminals enhance the impact of the time-varying …

A chirp cyclostationary (CCS) process is a nonstationary stochastic process, whose statistics
have been defined and utilized in radar and communication signal processing. However …

The relative motion between transmitter and receiver introduces nonstationarity to stationary
signals and modifies the nonstationarity of nonstationary signals. Several Doppler channel …

The chirp-cyclostationary (CCS) process is the generalized form of the cyclostationary (CS)
process and it can describe the nonstationary stochastic signal models more exactly in …

Chirp cyclic matched filter has been designed for chirp cyclostationary (CCS) signals, a kind
of generalized cyclostationary signals, recently. However, it is designed based on statistical …

In this paper, new signal-selective methods for the estimation of time-difference-of-arrival in
the presence of interfering signals and non-Gaussian symmetric α-stable impulsive noise …

The fraction-of-time (FOT) framework, a pseudo-probability framework, is proposed to
promote the stochastic signal processing theory into practical applications. Technically, the …