Automatic Speech Recognition

Also known as ASR

Overview

Automatic speech recognition (ASR) studies how to turn audio into written words, supporting tasks such as transcription, captioning, voice interfaces, and clinical documentation. Systems commonly use self-supervised speech encoders with CTC or transducer decoders, encoder-decoder models, and increasingly speech-language models; adaptation, contextual biasing, and synthetic or unlabeled data help handle specialized vocabulary and underrepresented languages. Work also targets streaming and long-form audio, overlapping speakers, noisy recordings, and audiovisual cues, with evaluation on datasets such as LibriSpeech, Common Voice, and meeting and domain-specific benchmarks. Strong pretrained models coexist with persistent gaps in low-resource and atypical speech, dialect fairness, hallucination control, and real-world robustness, while word error rate alone often misses meaning, usability, and downstream impact.

Latest papers

CardsList

484 papers67 papers in the last four weeks, down 7% on the four weeks before. 0.4% of all new papers.

  1. Enabling automatic transcription of child-centered audio recordings from real-world environments

    Jun 13, 2025Daniil Kocharov, Azarias Galama, Okko RäsänenAutomatic Speech RecognitionLong-Form Speech Recognition

  2. PERL: Pinyin Enhanced Rephrasing Language Model for Chinese ASR N-best Error Correction

    Dec 4, 2024Junhong Liang, Bojun ZhangControllable Text GenerationAutomatic Speech Recognition

  3. From Statistical Methods to Pre-Trained Models; A Survey on Automatic Speech Recognition for Resource Scarce Urdu Language

    Nov 20, 2024Muhammad Sharif, Zeeshan Abbas, Jiangyan Yi +1Automatic Speech RecognitionLow-Resource Speech Recognition