Open AccessComputer Science

Steffen Schneider, Alexei Baevski, R. Collobert, Michael Auli

1990.4.1Information Display

DOI: 10.1002/j.2637-496x.1990.tb05934.x

tlooto Summary

The group's researchers were among the first who analyzed the applicability of rectifier deep neural networks in speech recognition, and they obtained a new record of recognition accuracy on the widely studied TIMIT database using a special neural network that has a convolutional architecture.

Abstract

Currently, the research group has investigated deep neural network-based acoustic modeling technologies within the framework of the "Telemedicine" TÁMOP-4.2.2.A project. The group's researchers were among the first who analyzed the applicability of rectifier deep neural networks in speech recognition, and they obtained a new record of recognition accuracy on the widely studied TIMIT database using a special neural network that has a convolutional architecture. The various types of deep neural network algorithms were also evaluated and compared on Hungarian speech recognition tasks. The team's researchers won the "Emotion Sub-Challenge" of the "Computational Paralinguistic Challenge" of the Interspeech conference by making use of the AdaBoost algorithm.

Citation format

SCHNEIDER, Steffen, et al. Speech recognition. Information Display, 1990, 6: 12.