用开放数据集研究立体声处理对听觉质量的影响
Exploring Perceptual Audio Quality Measurement on Stereo Processing Using the Open Dataset of Audio Quality
- 构建包含立体声处理的音频质量评估数据集
- 发现时域特征指标在复杂场景下预测力下降
- 适合音频感知与客观评测研究者参考
ODAQ(音频质量开放数据集)提供了一个全面框架,用于探索各类失真类型和信号在单声道与双声道条件下的音频质量退化,并附带主观质量评分。最近一次更新聚焦于中/侧(MS)与左/右(LR)立体声处理方法,提供了测试信号和主观评分,支持对先进客观音频质量度量模型的深入研究。评估结果表明,尽管以音色为核心的度量在简单条件下表现稳健,但在更复杂的呈现环境下其预测性能明显下降。研究强调了建模自下而上心理声学过程与自上而下上下文因素相互作用的重要性,为未来融合音色与空间维度的感知质量模型指明方向。
原文摘要 · Abstract (English)
ODAQ (Open Dataset of Audio Quality) provides a comprehensive framework for exploring both monaural and binaural audio quality degradations across a range of distortion classes and signals, accompanied by subjective quality ratings. A recent update of ODAQ, focusing on the impact of stereo processing methods such as Mid/Side (MS) and Left/Right (LR), provides test signals and subjective ratings for the in-depth investigation of state-of-the-art objective audio quality metrics. Our evaluation results suggest that, while timbre-focused metrics often yield robust results under simpler conditions, their prediction performance tends to suffer under the conditions with a more complex presentation context. Our findings underscore the importance of modeling the interplay of bottom-up psychoacoustic processes and top-down contextual factors, guiding future research toward models that more effectively integrate both timbral and spatial dimensions of perceived audio quality.
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