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Multichannel Sound Recordingusing 3,4 and 5 channel arrays forFront Sound Stage Coverage

机译:多声道录音使用3,4和5声道阵列进行前声场覆盖

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In previous papers the Multichannel Microphone Array Design (MMAD) procedure has been used mainlyto determine the design of arrays giving complete 360° coverage of the sound field. Many soundrecording engineers however use the main microphone array to cover only the front sound stage, and addin early reflections and reverberation either by artificial means (electronic generation) or by using asecond array in the reverberation field. This paper describes MMAD procedure applied to only frontcoverage of the main sound stage using 3,4 or 5 channels-microphones, covering any desired anglewithin the front hemisphere, and for the usual 1st order microphone directivities. Various array alignmentsare described in the form of the arc-of-a-circle with different radius. All arrays described are criticallylinked (seamless) within the front hemisphere.
机译:在以前的论文中,主要使用了多通道麦克风阵列设计(MMAD)程序。 确定阵列的设计,以提供完整的360°声场覆盖。很多声音 但是,录音工程师使用主麦克风阵列仅覆盖前置声场,并添加 通过人工方式(电子产生)或通过使用 混响字段中的第二个数组。本文介绍了仅适用于前端的MMAD程序 使用3,4或5通道麦克风覆盖主声场,覆盖任何所需角度 在前半球内,以及通常的一阶麦克风指向性。各种阵列比对 以不同半径的圆弧的形式描述。所描述的所有阵列都是至关重要的 在前半球内链接(无缝)。

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