The phrase "acoustic sensing" is correct and usable in written English.
It can be used in contexts related to sound detection, measurement, or analysis, often in fields like engineering, environmental science, or technology.
Example: "The researchers employed acoustic sensing to monitor the underwater environment and track marine life."
Alternatives: "sound detection" or "sonic sensing".
Two sensing approaches are attempted, structural and acoustic sensing, to measure the global error within the coupled enclosure.
This time it is just a demonstration.The security system being used here is based on a technology known as distributed acoustic sensing (DAS).
He is particularly interested in developing simulation methods for complex physical systems, the computational models for optical and acoustic sensing, and the computational design of structures and materials.
The pressure-coupled sensor heads were connected to a simultaneous multipoint acoustic sensing system based on a tunable laser.
Structural acoustic sensing is used in active structural acoustic control for attenuating the sound radiated from a structure.
Structural acoustic sensing is a method of obtaining radiated sound pressure from a vibrating structure using vibration information.
Karsten Brensing, a biologist at the Whales and Dolphins Conservation Society said: "These animals are so dependent on their acoustic sense … we need an acoustically clean environment.
I had collected some great data on the dynamics of dominance hierarchies in a wet year, as well as more recordings of male coordinated departure vocalizations generated in the range of 10 to 12 hertz, a language straddling the vibrotactile and acoustic senses.
Many researchers have attempted to integrate vision and acoustic senses, with the aim to enhance object detection and tracking, more than BG subtraction.
The hair cell provides the transduction of mechanical vibrations in the balance and acoustic sense of all vertebrates that swim, walk, or fly.
The falsification of the ionic theory of hair cell transduction will reopen the long-settled search for the hair cell mechanism underlying the sense of balance and the acoustic sense.
