AI 中文总结
研究提出受引力透镜启发的模型用于创意音频处理，将音频信号视为穿越时间扭曲势的波包，该模型能产生不同延迟、相位和增益的多个有效传播路径，带来可控干涉效果。
AI 中文摘要
经典延迟、合唱和混响效果使用离散延迟或统计分布来模拟多个传播路径。本文提出了一种受引力透镜启发的模型，其中音频信号被视为穿越时间扭曲势的波包，而非物理时空。这种扭曲产生具有不同延迟、相位和增益的多个有效传播路径，产生可控的相长和相消干涉。
英文摘要
Classical delay, chorus, and reverb effects model multiple pro- pagation paths using discrete delays or statistical distributions. This work proposes a model inspired by gravitational lensing, where an audio signal is treated as a wave packet traversing a temporally distorted potential rather than physical spacetime. The distortion generates multiple effective propa- gation paths with different delays, phases, and gains, producing controlled constructive and destructive interference.
