Results 41 to 50 of about 24,501 (157)
AIP AdvancesMonopole time reversal is an advanced noise source localization technique, but its sidelobe level in localizing sound sources is greatly affected by noise, leading to a decrease in the accuracy of sound source localization under a low signal-to-noise ...
Mingxin Geng +5 more
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PLoS ONE, 2022 This study investigates the relationship between auditory localization accuracy in the horizontal plane and the spontaneous translation and rotation of the head in response to an acoustic stimulus from an invisible sound source.
Andrea Gulli +4 more
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Dynamic-Structured Reservoir Spiking Neural Network in Sound Localization
IEEE AccessSound source localization is a critical problem in various fields, including communication, security, and entertainment. Binaural cues are a natural technique used by mammalian ears for efficient sound source localization.
Zahra Roozbehi +3 more
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A new complex mapping method of neural networks used in sound source localization
AIP Advances, 2023 Sound source localization has a wide range of application prospects in many fields, such as smart home and audio monitoring. Traditional methods are difficult to achieve accurate location in the face of multi-path reflection, reverberation, and ambient ...
Zeming Jian +3 more
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Biomimetic sound-source localization [PDF]
IEEE Sensors Journal, 2002 Sound-source localization systems typically comprise free-field microphone arrays. In nature, directional acoustic sensing evolved to rely on diffraction about the head with only two ears. For localization, the brain uses the resultant frequency-dependent acoustic phase and intensity differences between the two ears. We conceive a biomimetic artificial
A.A. Handzel, P.S. Krishnaprasad
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IEEE AccessCompared with methods based on microphone arrays, sound source localization methods based on higher-order ambisonics (HOA) signals are no longer limited to specific array structures and exhibit better performance in multi-source scenarios.
Lezhong Wang, Leru Wang
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Automatic measuring system for head-related transfer function measurement
Archives of Acoustics, 2014 In this paper the Head Related Transfer Function (HRTF) Automatic Measurement Equipment is presented. The system allows to measure HRTF with high spatial resolution within a considerably short time.
Piotr PRUCHNICKI, Przemysław PLASKOTA
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Identification and qualification method of moving noise sources for the maglev flight tunnel
Kongqi donglixue xuebaoThe maglev flying wind tunnel is a novel conceptual aerodynamic testing facility operating on the "object-moving and wind-static" principle, which poses new challenges for the localization and evaluation of moving sound sources in acoustic testing.
Jun Zhang +4 more
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Practical aspects of using HRTF measuring device
Archives of Acoustics, 2014 Measurement of Head Related Transfer Function is complicated due to the object of the test, namely the transfer function of acoustical arrangement composed of pinna, head and torso.
Przemysław Plaskota, P. Pruchnicki
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Deep Learning-Based Sound Source Localization: A Review
Applied SciencesAs a fundamental technology in environmental perception, sound source localization (SSL) plays a critical role in public safety, marine exploration, and smart home systems.
Kunbo Xu +4 more
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