In this paper, we propose a linearization (compensation of nonlinear distortion) method for loudspeaker systems using the MINT (multiple-input/output ...
ABSTRACT. In this paper, we propose a linearization (compensation of nonlinear distortion) method for loudspeaker systems us- ing the MINT ...
ABSTRACT. In this paper, we propose a linearization (compensation of nonlinear distortion) method for loudspeaker systems us- ing the MINT ...
Kajikawa, "Linearization of loudspeaker systems using MINT and Volterra filters," in 30th Int. Conv. Acoust. Speech Signal Process., 2005, pp. IV457-460 ...
This study proposes an exact linearization method using Volterra filters for two positions based on the multiple-input/multiple output inverse theorem ...
In this paper, we propose a novel linearization technique for stereophonic reproduction systems with nonlinearity by using the MINT and Volterra filters. In ...
Linearization method based on multiple loudspeaker systems
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In the proposed technique, the linearization is achieved by incorporat- ing Volterra filters into the MINT, which can realize exact linear inverse filtering.
On the linearization of a parametric loudspeaker system by using third-order inverse Volterra filters ... (MINT) and shows that THD levels of the parametric ... 2012.
Linearization can be achieved by combining a Volterra filter [1,2], which identifies the nonlinearity of the target loudspeaker system, with a linear inverse ...
Mar 17, 2015 · A 3rd-order inverse Volterra filter (VF) is designed on the basis of the SSB-AM in this paper to further compensate the nonlinearities of the ...