Wave field synthesis : A promising spatial audio rendering concept

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概要

• 論文の詳細を見る

• Modern convolution technologies offer possibilities to overcome principle shortcomings of loudspeaker stereophony by exploiting the Wave Field Synthesis (WFS) concept for rendering virtual spatial characteristics of sound events. Based on the Huygens principle loudspeaker arrays are reproducing a synthetic sound field around the listener, whereby the dry audio signal is combined with measured or modelled information about the room and the source's position to enable the accurate reproduction of the source within its acoustical environment. Not surprisingly, basic and practical constraints of WFS systems limit the rendering accurateness and the perceived spatial audio quality to a certain degree, dependent on characteristic features and technical parameters of the sound field synthesis. However, recent developments have shown already that a number of applications could be possible in the near future. An attractive example is the synthesis of WFS and stereophony offering enhanced freedom in sound design as well as improved quality and more flexibility in practical playback situations for multichannel sound mixes.

• 社団法人日本音響学会の論文

著者

• Wittek Helmut

  Institut Fur Rundfunktechnik

• Theile Gunther

  Institut Fur Rundfunktechnik

関連論文

• Wave Field Synthesisによる空間音響レンダリング手法(高臨場感音響システム,高臨場感映像・音響システム)
• Wave field synthesis : A promising spatial audio rendering concept

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