Over the last decades, the sub–wavelength hearing capability of small living creatures has
been received huge attention in developing microscale biomimetic sound source …

This paper reports on the design, modeling, analysis, and evaluation of a micro-
electromechanical systems acoustic sensor and the novel design of an acoustic vector …

Fly Ormia ochracea ears have been well-studied and mimicked to achieve subwavelength
directional sensing, but their efficacy in sound source localization in three dimensions …

The majority of fly Ormia ochracea inspired sound source localization (SSL) works are
limited to 1D, and therefore SSL in 2D can include a new vision for ambiguous acoustic …

This paper reports on the design, modeling, and characterization of a multi-resonant,
directional, MEMS acoustic sensor. The design builds on previous resonant MEMS sensor …

We report on theoretical and experimental investigation of parametric amplification of
acoustically excited vibrations in micromachined single-crystal silicon cantilevers …

This paper reports on the functionality of an acoustic vector sensor (AVS) for underwater
use. The AVS is comprised of two micro-electromechanical systems (MEMS) acoustic …

A two-dimensional acoustic horn packaged with a 2-D acoustic particle velocity sensor
(APVS) is presented. The particle velocity amplification factor of the 2-D acoustic horn is …

Monitoring and identifying the unwanted sound sources can be an option to control the
unwanted noise. According to WHO, about 5% people of this world are having hearing …

Bio-inspired directional microphone (BDM) is the talk of the town regarding its better noise
and subwavelength directivity performance as compared to conventional directional …