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A. Primavera, S. Cecchi, L. Romoli, M. Garai, and F. Piazza, "An Innovative Structure for the Approximation of Stereo Reverberation Effect Using Mixed FIR/IIR Filters," Paper 9542, (2016 May.). doi: A. Primavera, S. Cecchi, L. Romoli, M. Garai, and F. Piazza, "An Innovative Structure for the Approximation of Stereo Reverberation Effect Using Mixed FIR/IIR Filters," Paper 9542, (2016 May.). doi:
Abstract: Reverberation is a well-known effect that has an important role in our listening experience. Focusing on hybrid reverberator structures, an innovative structure for the approximation of stereo impulse responses considering low complexity filters is presented in this paper. More in detail, the conventional hybrid reverberator structure has been modified using also a tone correction filter for the emulation of high frequency air-absorbing effect and introducing a technique for the reproduction of the stereo perception. On this basis, the presented approach allows to obtain a better approximation of the impulse responses considering both time and frequency domain. Several results are reported considering different real impulse responses and comparing the results with previous techniques in terms of computational complexity and reverberation quality.

@article{primavera2016an,
author={primavera, andrea and cecchi, stefania and romoli, laura and garai, massimo and piazza, francesco},
journal={journal of the audio engineering society},
title={an innovative structure for the approximation of stereo reverberation effect using mixed fir/iir filters},
year={2016},
volume={},
number={},
pages={},
doi={},
month={may},} @article{primavera2016an,
author={primavera, andrea and cecchi, stefania and romoli, laura and garai, massimo and piazza, francesco},
journal={journal of the audio engineering society},
title={an innovative structure for the approximation of stereo reverberation effect using mixed fir/iir filters},
year={2016},
volume={},
number={},
pages={},
doi={},
month={may},
abstract={reverberation is a well-known effect that has an important role in our listening experience. focusing on hybrid reverberator structures, an innovative structure for the approximation of stereo impulse responses considering low complexity filters is presented in this paper. more in detail, the conventional hybrid reverberator structure has been modified using also a tone correction filter for the emulation of high frequency air-absorbing effect and introducing a technique for the reproduction of the stereo perception. on this basis, the presented approach allows to obtain a better approximation of the impulse responses considering both time and frequency domain. several results are reported considering different real impulse responses and comparing the results with previous techniques in terms of computational complexity and reverberation quality.},}

TY - paper
TI - An Innovative Structure for the Approximation of Stereo Reverberation Effect Using Mixed FIR/IIR Filters
SP - EP -
AU - Primavera, Andrea
AU - Cecchi, Stefania
AU - Romoli, Laura
AU - Garai, Massimo
AU - Piazza, Francesco
PY - 2016
JO - Journal of the Audio Engineering Society
IS -
VO -
VL -
Y1 - May 2016 TY - paper
TI - An Innovative Structure for the Approximation of Stereo Reverberation Effect Using Mixed FIR/IIR Filters
SP - EP -
AU - Primavera, Andrea
AU - Cecchi, Stefania
AU - Romoli, Laura
AU - Garai, Massimo
AU - Piazza, Francesco
PY - 2016
JO - Journal of the Audio Engineering Society
IS -
VO -
VL -
Y1 - May 2016
AB - Reverberation is a well-known effect that has an important role in our listening experience. Focusing on hybrid reverberator structures, an innovative structure for the approximation of stereo impulse responses considering low complexity filters is presented in this paper. More in detail, the conventional hybrid reverberator structure has been modified using also a tone correction filter for the emulation of high frequency air-absorbing effect and introducing a technique for the reproduction of the stereo perception. On this basis, the presented approach allows to obtain a better approximation of the impulse responses considering both time and frequency domain. Several results are reported considering different real impulse responses and comparing the results with previous techniques in terms of computational complexity and reverberation quality.