Localization technology for Underwater Wireless Sensor Networks (UWSNs) plays an
important role in detection and navigation for underwater vehicles. In this paper, we …

Nonlinear acoustics offers a new range of acoustic applications that are currently being
exploited. The parametric nonlinear effect—the occurrence of low frequencies with …

Study on characteristics of bottom backscattering at midfrequency (usually referring to 1–10
kHz) is essential for underwater acoustic communication, subbottom structure detection …

Nonlinear acoustics is a critical area of study with practical applications in fields such as
underwater communications, medical imaging, non-destructive testing, and sonar. This …

The parametric acoustic effect has gained much interest in airborne applications as
parametric acoustic loudspeakers (PALs) for the unique characteristics of generating self …

The parametric acoustic array (PAA) is a new acoustic system that can produce directional
acoustic beams, but due to the nonlinear influence of media, it will produce severe distortion …

With unique advantages of reducing noise pollution and lengthening the propagation
distance, directional sound system (DSS) is a novel technology to control sound directivity …

We present a powerful and efficient technique to structure acoustic fields, based on the use
of active diffraction elements, which can be designed in practically arbitrary shapes and can …

Parametric sonar is well-known for its effectiveness in transmitting narrow beams of low-
frequency detection signals. The principle of parametric sonar involves the use of a …

En este trabajo se ha desarrollado un paquete software para simular comunicaciones
digitales en entornos submarinos a través de medios acústicos. El paquete está compuesto …