Advances in Sound Localization part 6 doc
Advances in Sound Localization part 6 doc
... beam energy.
Advances in Sound Localization
208
estimate the sound attenuation in the reactor in the case of absence of microparticles, or
aerosol.
Since the waveform of sound oscillations ...
owls in virtual space : influence of interaural time difference on head-turning
behavior.
JARO 2, 1-21
Populin, L.C. (20 06) . Monkey Sound Localization: Head-Restrained...
Advances in Sound Localization Part 4 docx
... angle in (5) is obtained using the inverse cosine function. Fig. 2 shows the
inverse cosine graph as a function of
d. Since the inverse cosine function is nonlinear, Δd
(estimation error in d) ... difficulty in determining
whether the sound is originating from in front of (sound source A) or behind (sound source
B) the system. A simple and efficient method to overcome this pr...
Advances in Sound Localization part 7 doc
... head-tracking. In this instance, a virtual
environment was created employing a joystick for controlling displacement. Elements of this
234
Advances in Sound Localization
Advances in Sound Localization ... recordings were chosen and assigned to the numbered virtual sound sources: (1)
running water, (2) telephone ringing, (3) dripping faucet, (4) coffee machine, (5) ticking...
Advances in Sound Localization part 8 doc
... to the difficulties in localizing the sound. The participants
experienced the moving sound localization as a straight line for all inter-click intervals.
3. Conclusion
In the present chapter ... forces in moving their limbs, we
recorded spontaneous arm-waving movements while the baby lay supine with its head
Advances in Sound Localization
270
initial sound was a...
Advances in Sound Localization part 10 doc
... Audio Coding”, Advances in Multimedia Information Processing –
PCM20 06, Proceedings of the 7th Pacific-Rim Conference on Multimedia (PCM20 06) ,
Hangzhou, China, Nov. 2-4, 20 06, Lecture Notes in Computer ... Hz and 1 kHz respectively.
352
Advances in Sound Localization
Advances in Sound Localization
380
Fig. 13. PESQ results for recordin...
Advances in Sound Localization part 11 docx
... a world that contains a cacophony of sounds,
binaural hearing is employed to extract out a single sound source, determine its location,
Processing of Binaural Information in Human Auditory ... activity in Heschl’s gyrus increased
with increasing IAC and activity in posterior auditory regions also increased with increasing
IAC, primarily when sound localization was required a...
Advances in Sound Localization part 13 doc
... structures of hearing
organ. It was determined, that main physical principles of sound source localization, using
Advances in Sound Localization
504
that binaural processing occurs in the medulla. ... Diamond, 1 964 ; Masterton et al., 1 967 , 1 968 ). In all experimental dogs
interaural distance was in the range 9.5-11 cm. In such basis the binaural differences in...
Recent Advances in Vibrations Analysis Part 6 docx
... of engineering, 2003
Hutchings, I. M.(1992). Tribology: friction and wear of engineering materials. Londres:
Edward, 1992.
Recent Advances in Vibrations Analysis
96
Fig. 13. Wear particles ... and oil circulating pumps for the cooling function.
• Bushings as an insulating structure, for connection of windings to the outside.
• Oil temperature indicators.
• Oil Level Indicator
1...
Advances in Sound Localization Part 1 pptx
...
Poland
Contents
VII
Spatial Sounds in Multimedia Systems
and Teleconferencing 315
Camera Pointing with Coordinate-Free
Localization and Tracking 317
Evan Ettinger and Yoav Freund
Sound Image Localization on ... locating prey or fl eeing from predators.
Advances in Sound Localization is a collection of 30 contributions reporting up-to-date studies
of diff erent aspects of sou...
Advances in Sound Localization Part 2 potx
... processed using a 32-msec Hamming
42
Advances in Sound Localization
Advances in Sound Localization
58
Similarly to localization judgments, distance judgments may have the form of
discrimination ... 17.8289 dB
=
(64 )
From Eqs. (60 ), one obtains
01
01
. 066 8, 0.0878
1.3 260 , 2.3050
dd
cc
=− =
==−
(65 )
Figure 2 illustrates the discriminating function specified...