The phrase "auditory simulation" is correct and usable in written English.
It can be used in contexts related to sound, hearing, or experiences that mimic auditory sensations, often in fields like psychology, virtual reality, or audio engineering.
Example: "The research focused on auditory simulation to help individuals with hearing impairments better understand soundscapes."
Alternatives: "sound simulation" or "audio simulation".
Topics vary from year to year, but include integrated approaches to visual and auditory simulation of rigid bodies, deformable solids, collision detection and contact resolution, fracture, fluids and gases, and virtual characters.
In the third condition, the dynamic soundscape was augmented with auditory simulation of ego-motion obtained by having subjects generating in real-time footsteps of themselves walking in the garden.
This soundscape was delivered through the 8-channel system; (2) dynamic soundscape with moving sound sources, developed using the VBAP algorithm, reproduced at max. peak of 58?dB, and measured c-weighted with slow response; (3) auditory simulation of ego-motion, reproduced at 54 dB (this has been recognised as the proper output level as described in [24]). .
The interactive exhibit, which asks the question, "How long would you last?" gives visitors an auditory simulation of what it was like to participate in a sit-in during the civil rights era.
In order to verify that a SAXOPHONE is shiny, a predominantly visual simulation is created, whereas to verify that a SAXOPHONE sounds loud, a predominantly auditory simulation is created.
Then the auditory peripheral simulation model was built, which mimics the physiological functions of the human hearing, simulating the acoustic signal transfer process and conversion mechanisms from the free field to the peripheral auditory system.
Based on auditory peripheral simulation model, a new Sound Quality Objective Evaluation (SQOE) method is presented, which can be used to model and analyze the impacts of head, shoulder and other parts of human body on sound wave transmission.
RAS, rhythmic auditory stimulation.
Patel, A. D. & Iversen, J. R. The evolutionary neuroscience of musical beat perception: the Action Simulation for Auditory Prediction (ASAP) hypothesis.
Furthermore, multisensory perceptual learning is improving speech comprehension in normal hearing subject tested with a degraded auditory information using a simulation of a cochlear implant [43].
"We directly studied the biology, working with auditory neuroscientists and doing simulations of the cochlea". The company says that its system can suppress 25 decibels of noise, versus 6 to 12 decibels with conventional methods.
