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It has been a big theme for acoustic
artists to make audience feel sound directions (from where) or sound
distances (how far) through stereo voice or sound.
Next-Generation Spatial Acoustic Technology developed by Arnis Sound Technologies solved this theme by means
of the original algorithm that makes it possible to reproduce 3-D acoustic
fields even if reproduction devices are simple.
Even if there actually are no
speakers, it becomes possible to replay any sounds by means of localizing
sound sources in the outside of the equipments. (External localization for
speakers and headphones)
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FEATURES
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NO NEED! ANY OF SPECIAL AUDIO
DEVICES.
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- You
can enjoy Next-Generation Spatial Acoustic Sound by using house-use
stereo speakers or stereo headphones.
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NO NEED! ANY OF SPECIAL
RECORDING METHODS.
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- It
is not necessary to adopt any special methods like conventional
binaural method, in case of recording.
- It is possible to utilize sound sources made into
Next-Generation Spatial Acoustic sound even if they were already
recorded or mix-downed.
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YES POSSIBLE! REAL-TIME
PROCESSING.
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- Arnis's
algorithm enables real-time operation by a low-power fixed-point DSP.
- Arnis's Next-Generation Spatial Acoustic Technology can be applied to embedded systems.
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YES POSSIBLE! PRODUCE AS
SOFTWARE CONTENTS.
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- As
a matter of course, it is possible to produce as Next-Generation Spatial
Acoustic software contents.
*Patent pending in Japan, U.S.A.
and Europe.
*Theses of Arnis's technology were already presented.
JOINT RESEARCH INSTITUTION
Shirakawa Laboratory, Dept. Information Systems Eng.,
Osaka University
Nakamura
Laboratory, Dept. Communica. & Computer Eng., Kyoto University.
Arnis's
technology is available on the page of "enjoy our sound".
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APPLICATION FIELDS
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Audio
devices, amusement theme parks, telecommunications, computers,
information appliances, relaxation, music, etc.
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