Interjection classification over five speakers improves when pitch, tempo, and background-noise augmentation is added, but absolute accuracy stays below 60% on unseen speakers.
Speech Recognition: Keyword Spotting Through Image Recognition
1 Pith paper cite this work, alongside 19 external citations. Polarity classification is still indexing.
abstract
The problem of identifying voice commands has always been a challenge due to the presence of noise and variability in speed, pitch, etc. We will compare the efficacies of several neural network architectures for the speech recognition problem. In particular, we will build a model to determine whether a one second audio clip contains a particular word (out of a set of 10), an unknown word, or silence. The models to be implemented are a CNN recommended by the Tensorflow Speech Recognition tutorial, a low-latency CNN, and an adversarially trained CNN. The result is a demonstration of how to convert a problem in audio recognition to the better-studied domain of image classification, where the powerful techniques of convolutional neural networks are fully developed. Additionally, we demonstrate the applicability of the technique of Virtual Adversarial Training (VAT) to this problem domain, functioning as a powerful regularizer with promising potential future applications.
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Beyond Words: Interjection Classification for Improved Human-Computer Interaction
Interjection classification over five speakers improves when pitch, tempo, and background-noise augmentation is added, but absolute accuracy stays below 60% on unseen speakers.