Dependency (UML)

Biology

Noise (video)

Gene

Operating system

Image (mathematics)

Encoder

Paleontology

Artificial intelligence

Chemistry

Context (archaeology)

Computer science

Speech recognition

Artificial neural network

Biochemistry

Robustness (evolution)

Recent voice activity detection (VAD) schemes have aimed at leveraging the decent neural architectures, but few were successful with applying the attention network due to its high reliance on the encoder-decoder framework. This has often let the built systems have a high dependency on the recurrent neural networks, which are costly and sometimes less context-sensitive considering the scale and property of acoustic frames. To cope with this issue with the self-attention mechanism and achieve a simple, powerful, and environment-robust VAD, we first adopt the self-attention architecture in building up the modules for voice detection and boosted prediction. Our model surpasses the previous neural architectures in view of low signal-to-ratio and noisy real-world scenarios, at the same time displaying the robustness regarding the noise types. We make the test labels on movie data publicly available for the fair competition and future progress.

Self-Attentive VAD: Context-Aware Detection of Voice from Noise