In this paper, we present an azimuth and elevation constant-beamwidth (CB) differential
beamforming approach for cube arrays. We decompose a global cube beamformer into a …

This paper presents a region-of-interest (ROI) oriented constant-beamwidth (CB)
beamforming approach with rectangular arrays. We decompose a global rectangular …

Fixed beamforming based on uniform linear microphone arrays often suffers from non-
optimal performance for broadband signals. This paper addresses the issue by jointly …

This paper presents a robust microphone array beamforming approach specifically
designed for multispeaker audio conferencing, where the directions of arrival (DOAs) of the …

Microphone array (MA) speech enhancement is a crucial component of vehicle intelligence.
However, the complex acoustic environments and the spatial constraints of array layouts …

This article presents a Kronecker-product (KP) beamforming approach incorporating sparse
concentric circular arrays (SCCAs). The locations of the microphones on the SCCA are …

Microphone array geometry plays a crucial role in array signal processing and beamforming.
This paper presents an array geometry optimization approach for near-field beamforming …

This paper focuses on two key aspects: region-of-interest beamforming and optimal sparse
circular sector array design. The aim is to address the problem of the unknown direction of …

This paper presents a novel approach to optimising fixed broadband beamformers using
neural networks. The proposed neural network model for fixed beamformers allows for the …

In an era of abundant signals, the ability to obtain desired signals while rejecting undesired
ones has become increasingly crucial. Often, the desired signals are mixed with interference …