The phrase "acoustic perspectives" is correct and usable in written English.
It can be used in contexts discussing sound, music, or auditory experiences, often in relation to different viewpoints or interpretations of sound.
Example: "The album offers a variety of acoustic perspectives that highlight the unique qualities of each instrument."
Alternatives: "sonic viewpoints" or "auditory angles".
Listeners were instructed to change seats between performances so that they could obtain a different acoustic perspective.
These combined analyses allow to deepen the understanding from both an electromagnetic and acoustic perspective in order to open for some new design possibilities.
Studying the behavior of the Clavinet from an acoustic perspective enables the use of a physical model [8] for the emulation of its sound, making possible low-cost use for musicians.
Future work include: Improving the stress determination rules; Checking the feasibility of implementing new types of syllable structures based on a phonetic and acoustic perspective only [10]; Comparing the proposed rule-based algorithm with some machine learning approaches, since this work releases a big dictionary; Verifying the new orthographic form of Portuguese.
Voicing contrasts might also be disadvantageous for sibilants from the acoustic and auditory perspectives.
In these scenarios, a microphone network consists of sets of microphones distributed in space and aimed at analyzing the acoustic scene from different perspectives; the term "multiple sources" may refer to a main source and to persons or other sources which in turn could be competitive users or interferers.
Further interpretations about the mechanism of such elastic interaction from the perspective of acoustic resonant modes of SMRs were given by finite element method.
Finally, conclusions are drawn in Section 8. We start by reviewing the Bayesian perspective on acoustic model-based techniques that we use in Sections 4, 5, 6, and 7 to review different algorithms.
Our study adds a new perspective to acoustic cue weighting differences by including a non-related, but highly vocal, species.
In order to do this I first explore an approach to teaching auditory rhetoric based on ways of knowing sound from an acoustics and musicology perspective, then I consider a phenomenological approach based on listening, and finally I construct a model of "tuning the sonic playing field" that draws on the literal, material practice of tuning as a metaphor for how sound may be taught in composition.
