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The Effects of the Depth and Width of an Ambience Microphone Array on Perceived Depth, Width and Listener Envelopment

机译:环境麦克风阵列的深度和宽度对感知深度,宽度和侦听器包络的影响

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This paper presents a subjective study that investigated the effects of the depth and width dimensions of a 4-channel ambience microphone array on perceived environmental depth (ED), environmental width (EW) and listener envelopment (LEV). Test stimuli were reverberant recordings made using four backward-facing cardioid microphones with varying depth and width dimensions (0.5m, 1m and 2m). Listening tests conducted using four loudspeakers ±30° and ±120° found that the array depth had no significant effect on either ED, EW or LEV. The array width effect was significant on all of EW, ED and LEV (1m = 2m > 0.5m), with ED significantly dependent on the type of sound source. From this, a new microphone array for 3D ambience recording is proposed.
机译:本文提出了一个主观研究,调查了4通道环境麦克风阵列的深度和宽度尺寸在感知的环境深度(ED),环境宽度(EW)和倾听者包络(LEV)上的影响。 试验刺激是使用四个后向心形麦克风制成的混响记录,其具有不同深度和宽度尺寸(0.5M,1M和2M)。 使用四个扬声器进行的聆听测试±30°和±120°,发现阵列深度对ED,EW或Lev无显着影响。 阵列宽度效果在所有EW,ED和LEV(1M = 2m> 0.5米)上具有重要意义,具有显着取决于声源的类型。 由此,提出了一种用于3D环境录制的新麦克风阵列。

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