We present a spatial filtering approach to first-order steerable Differential Microphone Arrays
(DMAs) with arbitrary planar geometry. In particular, the design of the spatial filter is based …

We propose a spatial filtering method for linear arrays of First-Order Steerable Differential
Microphones (FOSDMs), which operates in two layers. In the former, signals acquired by …

Differential Microphone Arrays (DMAs) are of great interest in the literature on small-sized
microphone arrays, due to their good directivity properties and nearly frequency-invariant …

This paper proposes a beamforming-based joint estimation method to improve the accuracy
and robustness of the localization method that measures acoustic signals caused by gas …

Performing continuous beam steering, from planar arrays of high-order differential
microphones, is not trivial. The main problem is that shape-preserving beams can be …

In this letter, a novel time-domain implementation of robust first-order differential microphone
arrays (DMAs), based on wave digital filters, is presented. The proposed beamforming …

While differential beamforming with uniform linear arrays (ULAs) has been widely studied,
there is little work so far regarding the design of differential beamformers with nonuniform …

Humanoid robots require to use microphone arrays to acquire speech signals from the
human communication partner while suppressing noise, reverberation, and interferences …

Circular differential microphone arrays (CDMAs) facilitate compact superdirective
beamformers whose beampatterns are nearly frequency invariant. In contrast to linear …

Differential microphone arrays (DMAs) are characterized as compact superdirective
beamformers whose beampatterns are almost frequency invariant. In this work, we present a …