Head-related transfer functions, HRTFs, that is, the pair of acoustic transfer functions from a
sound source in anechoic space to the human ears, are important elements of binaural …

An open problem in room impulse response (RIR) measurement is the effect of
nonlinearities, especially those with memory, present in the measurement system …

The paper addresses nonlinear identification using the Wiener series. Differently from the
traditional approach, the truncated Wiener series is expressed as a linear combination of …

Conclusion: Sonotubometry with perfect sequences (PSEQ) was able to detect eustachian
tube (ET) openings in both normal and pathological ears. Impaired ears showed ET …

In recent publications, continuous-azimuth inference of head related impulse responses
(HRIRs) was treated as a time-varying system identification problem on the basis of …

The aim of this study was the introduction of a specific class of signals, the so-called perfect
sequences (PSEQ), in a novel approach for sonotubometry of the Eustachian tube (ET) …

Fast and robust acoustic system identification is still a research topic of interest, because of
the typically time-variant nature of acoustic systems and the natural performance limitation of …

The paper discusses a measurement approach for the room impulse response (RIR), which
is insensitive to the nonlinearities that affect the measurement instruments. The approach …

The fundamental problem of multi-channel system identification given the input and the
output signals of a multiple input–single output (MISO) system arises in many application …

The paper deals with the identification of a class of nonlinear filters recently introduced in the
literature, the even mirror Fourier nonlinear filters, and shows that perfect periodic …