Abstract
Whether designing an auditorium, interpreting a marine mammal song, analyzing a sonar signal, or extracting information from ambient noise, signal processing is there. With active research in the field, signal processing provides a multitude of tools that are critical for solutions of complex acoustic problems. With time-series analysis, time-frequency representations, higher-order statistics, model-based and Bayesian processing, compressed sensing, and many other approaches, acoustic signal processing brings together physics, mathematics, and statistics, theory and computation, for the better understanding of acoustical phenomena. The diversity of the field is evidenced by the fact that members of the Technical Committee on Signal Processing in Acoustics also have membership in a multitude of other technical committees: underwater acoustics, acoustical oceanography, animal bioacoustics, and architectural acoustics, to name a few. Additionally, many special sessions at Acoustical Society Meetings are cosp...
Published Version
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