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Martin, K.D., "A computational model of spatial hearing.", Masters thesis, MIT, 1995.

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Vision-Steered Beam Forming and Transaural Rendering for.. - Casey, Gardner, Basu (1995)   (10 citations)  (Correct)

....these will in general be shorter than the original HRTFs. This is somewhat risky because the resulting interaural phase may be completely distorted. It would appear, however, that interaural amplitudes as a function of frequency encode more useful directional information than interaural phase [16]. There are several problems common to headphone spatializers: ffl The HRTFs used for sythesis are often a generic set and not the specific HRTFs of the listener. This can cause localization performance to suffer [24, 25] particularly in regards to front back discrimination, elevation ....

Keith D. Martin. A computational model of spatial hearing. Master's thesis, MIT Dept. of Elec. Eng., 1995.


Vision-Steered Audio for Interactive Environments - Sumit Basu, Michael Casey.. (1996)   (3 citations)  (Correct)

....these will in general be shorter than the original HRTFs. This is somewhat risky because the resulting interaural phase may be completely distorted. It would appear, however, that interaural amplitudes as a function of frequency encode more useful directional information than interaural phase [12]. 4.3 Principles of transaural audio Transaural audio is a method used to deliver binaural signals to the ears of a listener using stereo loudspeakers. The basic idea is to filter the binaural signal such that the subsequent stereo presentation produces the binaural signal at the ears of the ....

Keith D. Martin. A computational model of spatial hearing. Master's thesis, MIT Dept. of Elec. Eng., 1995.


Transaural 3-D audio - Gardner (1995)   (Correct)

....these will in general be shorter than the original HRTFs. This is somewhat risky because the resulting interaural phase may be completely distorted. It would appear, however, that interaural amplitudes as a function of frequency encode more useful directional information than interaural phase [8]. Because interaural differences are of paramount importance for localization, any attempt to parameterize pairs of HRTFs to simplify implementation should focus on the interaural differences as an error metric. There are several problems common to headphone spatializers: ffl The HRTFs used for ....

Keith D. Martin. A computational model of spatial hearing. Master's thesis, MIT Dept. of Elec. Eng., 1995.


SmartOffice: Design of an Intelligent Environment - Le Gal, Martin, Lux, Crowley (2001)   (3 citations)  Self-citation (Martin)   (Correct)

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Keith Dana Martin, \A computational model of spatial hearing," M.S. thesis, Cornell University, 1995.


A Sound MagicBoard - Le Gal, Ozcan, Schwerdt, Crowley (2000)   Self-citation (Martin)   (Correct)

....system uses also sound energy [11] for localization. Given two signals, x 1 and x 2 , received by two microphones, we compute such that W X t= GammaW (x 2 1 (t) Gamma x 2 2 (t Gamma ) 2 is minimum; 3) which roughly corresponds to the classical IPD (Interaural Phase Difference) [12]. The time window for this operation should be chosen large enough to provide distinguishable minima. On the other hand, a too large window would lead to the confusion of two impacts in the case of a double click, and would imply an augmentation of the reaction time. Experiments showed that a ....

Keith Dana Martin, "A computational model of spatial hearing," M.S. thesis, Cornell University, 1995.


A Probabilistic Model of Auditory Space - Representation In The (2003)   (Correct)

No context found.

Martin, K.D., "A computational model of spatial hearing.", Masters thesis, MIT, 1995.


Design and implementation of a 3D sound system based on the.. - Ivana Rossell Robert   (Correct)

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Keith Dana Martin, "A Computational Model of Spatial Hearing". Master of Science in Electrical Engineering at the Massatchusets Institute of Technology.

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