Noise control and cancellation over a spatial region is a fundamental problem in acoustic
signal processing. In this paper, we utilize wave-domain adaptive algorithms to iteratively …

For the problem of low-frequency noise suppression in a large area of the vehicle space, this
paper proposes a novel multi-channel fractional-order active noise control algorithm and …

Spatial active noise control (ANC) systems focus on minimizing unwanted acoustic noise
over a continuous spatial region. Conventionally, spatial ANC systems are proposed using …

All spatial active noise control (ANC) systems, when deployed in typical room environments,
have time-varying acoustic channels between the secondary sources and the error …

Active noise reduction in the existential of impulsive noise poses a serious challenge in a
distributed scenario. The conventional centralized multichannel active noise control (MANC) …

Recent works show that two-channel decentralized active noise control (DANC) systems are
able to achieve optimal noise reduction performance with guaranteed convergence by …

A spatial active noise control (ANC) method based on kernel interpolation of a sound field
with exterior radiation suppression is proposed. The aim of spatial ANC is to reduce …

Conducting the spatial active noise control (ANC) in wave-domain has been shown
advantageous over conventional point-based methods. In the existing schemes, signals at …

This paper investigates the feasibility of remotely generating a quiet zone in an acoustic free
field using multiple parametric array loudspeakers (PALs). A primary sound field is simulated …

Active noise control (ANC) in wave domain (spatial Fourier transform) can perform noise
reduction within a large spatial region. Centralized algorithms collect signals at all error …