Elektronik/Digital
Modeling of Moving Sound Sources Based on Array Measurements
"Modeling of Moving Sound Sources Based on Array Measurements" by Fanyu Meng is a comprehensive study that focuses on the modeling of moving sound sources using array measurements. Published by Logos Verlag in 2018, this book presents innovative techniques and methodologies for accurately characterizing and modeling sound sources in motion. The book begins by providing a thorough introduction to the fundamental concepts and principles of sound source modeling. It explores the challenges associated with capturing and analyzing the dynamic behavior of sound sources, particularly those that are moving or changing position. Meng delves into the use of microphone arrays as a means of capturing sound signals from moving sources. The author discusses the advantages of using array measurements, such as improved spatial resolution and the ability to capture directional information, in modeling sound sources in motion. The book presents various algorithms and computational techniques for processing array measurements and extracting meaningful information about the moving sound sources. It covers topics such as sound source localization, tracking, and separation, providing detailed explanations of the underlying principles and mathematical models. Meng also explores the practical applications of the proposed modeling techniques in diverse fields, including automotive acoustics, teleconferencing, and virtual reality. The author highlights the potential benefits of accurate sound source modeling in these applications, such as enhanced speech intelligibility, improved sound reproduction, and realistic auditory experiences.
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