The phrase "auditory streaming" is correct and usable in written English.
It can be used in contexts related to psychology, music perception, or auditory processing, referring to the ability to perceive and separate different sounds in an auditory environment.
Example: "In a crowded room, auditory streaming allows individuals to focus on a single conversation while filtering out background noise."
Alternatives: "sound segregation" or "auditory scene analysis".
The final peaks are grouped into contours using heuristics based on auditory streaming cues.
In this approach, pitch contours are defined as time continuous sequences of f 0 candidates grouped based on auditory streaming cues such as harmonicity, pitch continuity, and exclusive allocation.
Neural models clarify how attention may be allocated during processes of visual perception, learning, and search; auditory streaming and speech perception; movement target selection during sensory-motor control; mental imagery and fantasy; and hallucinations during mental disorders, among other processes.
In line with this hypothesis, a single computational model was able to account for both auditory streaming and continuity illusions [10].
Because auditory streaming happens both in the presence and absence of perceptual restoration [9], it has been argued that a putative grouping mechanism that links acoustically similar parts of an auditory scene together into single objects (segregated from other such objects) also underlies continuity illusions [2].
The neural and cognitive basis of auditory streaming remains an issue of intense debate.
Effects of auditory stream segregation influenced the results.
It also suggests that hyper-realistic masks may affect the auditory stream in distinctive ways.
These argue for separate contributions of ventral and dorsal auditory streams in verbal working memory.
The second step is to group segments that may result from the same source in auditory streams.
The results emphasise the importance of handling auditory stream segregation and temporal variations in the sound design process.
