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eess.AS2021

LT-LM: a novel non-autoregressive language model for single-shot lattice rescoring

Anton Mitrofanov, Mariya Korenevskaya, Ivan Podluzhny +7

Neural network-based language models are commonly used in rescoring approaches to improve the quality of modern automatic speech recognition (ASR) systems. Most of the existing met…

eess.AS2021

Dynamic Acoustic Unit Augmentation With BPE-Dropout for Low-Resource End-to-End Speech Recognition

Aleksandr Laptev, Andrei Andrusenko, Ivan Podluzhny +3

With the rapid development of speech assistants, adapting server-intended automatic speech recognition (ASR) solutions to a direct device has become crucial. Researchers and indust…

eess.AS2020

Exploration of End-to-End ASR for OpenSTT -- Russian Open Speech-to-Text Dataset

Andrei Andrusenko, Aleksandr Laptev, Ivan Medennikov

This paper presents an exploration of end-to-end automatic speech recognition systems (ASR) for the largest open-source Russian language data set -- OpenSTT. We evaluate different…

eess.AS2020

Target-Speaker Voice Activity Detection: a Novel Approach for Multi-Speaker Diarization in a Dinner Party Scenario

Ivan Medennikov, Maxim Korenevsky, Tatiana Prisyach +9

Speaker diarization for real-life scenarios is an extremely challenging problem. Widely used clustering-based diarization approaches perform rather poorly in such conditions, mainl…

eess.AS2020

You Do Not Need More Data: Improving End-To-End Speech Recognition by Text-To-Speech Data Augmentation

Aleksandr Laptev, Roman Korostik, Aleksey Svischev +3

Data augmentation is one of the most effective ways to make end-to-end automatic speech recognition (ASR) perform close to the conventional hybrid approach, especially when dealing…

eess.AS2020

Towards a Competitive End-to-End Speech Recognition for CHiME-6 Dinner Party Transcription

Andrei Andrusenko, Aleksandr Laptev, Ivan Medennikov

While end-to-end ASR systems have proven competitive with the conventional hybrid approach, they are prone to accuracy degradation when it comes to noisy and low-resource condition…