Acoustically enriched virtual worlds with minimum effort
J Fröhlich, I Wachsmuth - 2012 IEEE Virtual Reality Workshops …, 2012 - ieeexplore.ieee.org
J Fröhlich, I Wachsmuth
2012 IEEE Virtual Reality Workshops (VRW), 2012•ieeexplore.ieee.orgTo improve user experiences and immersion within virtual environments auditory
experience has long been claimed to be of notable importance [1]. This paper introduces a
framework, in which objects, enriched with information about their sound properties, are
being processed to generate virtual sound sources. This is done with an automatic
processing of the 3D-scene and therefore minimizes the effort needed to develop a
multimodal virtual world. In order to create a comprehensive auditory experience different …
experience has long been claimed to be of notable importance [1]. This paper introduces a
framework, in which objects, enriched with information about their sound properties, are
being processed to generate virtual sound sources. This is done with an automatic
processing of the 3D-scene and therefore minimizes the effort needed to develop a
multimodal virtual world. In order to create a comprehensive auditory experience different …
To improve user experiences and immersion within virtual environments auditory experience has long been claimed to be of notable importance [1]. This paper introduces a framework, in which objects, enriched with information about their sound properties, are being processed to generate virtual sound sources. This is done with an automatic processing of the 3D-scene and therefore minimizes the effort needed to develop a multimodal virtual world. In order to create a comprehensive auditory experience different types of sound sources have to be distinguished. We propose a differentiation into three classes: locally bound static sounds, dynamically created event based sounds, and ambient sounds to create spatial atmosphere.
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