MONAURAL LOCALIZATION OF SOUND
نویسندگان
چکیده
منابع مشابه
Monaural Sound Localization
The principles of human sound localization imply binaural (interaural level and time difference) as well as monaural cues. The latter are captured by the head-related transfer functions (HRTFs), which describe the direction-dependent, spectral shaping of the incident sound wave, and can be exploited to determine the direction. In this paper an accurate talker localization strategy in the horizo...
متن کاملMonaural Adaptive Mechanisms in Human Sound Localization
12 Monaural and binaural listeners 12 Apparatus 14 Auditory stimuli 14 Paradigms 15 Data analysis 15 2.3 Results 18 The influence of intensity on monaural sound-source azimuth localization 18 The influence of spectral cues on monaural sound-source azimuth localization 22 Monaural sound-elevation localization 25 Training to localize azimuth monaurally 27 2.4 Discussion 28 Acknowledgements 31 Cha...
متن کاملContrasting monaural and interaural spectral cues for human sound localization.
A human psychoacoustical experiment is described that investigates the role of the monaural and interaural spectral cues in human sound localization. In particular, it focuses on the relative contribution of the monaural versus the interaural spectral cues towards resolving directions within a cone of confusion (i.e., directions with similar interaural time and level difference cues) in the aud...
متن کاملMonaural Sound Localization Based on Reflective Structure and Homomorphic Deconvolution
The asymmetric structure around the receiver provides a particular time delay for the specific incoming propagation. This paper designs a monaural sound localization system based on the reflective structure around the microphone. The reflective plates are placed to present the direction-wise time delay, which is naturally processed by convolutional operation with a sound source. The received si...
متن کاملMonaural Sound Localization Based on Structure-Induced Acoustic Resonance
A physical structure such as a cylindrical pipe controls the propagated sound spectrum in a predictable way that can be used to localize the sound source. This paper designs a monaural sound localization system based on multiple pyramidal horns around a single microphone. The acoustic resonance within the horn provides a periodicity in the spectral domain known as the fundamental frequency whic...
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ژورنال
عنوان ژورنال: Science
سال: 1901
ISSN: 0036-8075,1095-9203
DOI: 10.1126/science.13.333.775