Abstract: A method for a privacy-aware transcription includes receiving audio-visual signal including audio data and image data for a speech environment and a privacy request from a participant in the speech environment where the privacy request indicates a privacy condition of the participant. The method further includes segmenting the audio data into a plurality of segments. For each segment, the method includes determining an identity of a speaker of a corresponding segment of the audio data based on the image data and determining whether the identity of the speaker of the corresponding segment includes the participant associated with the privacy condition. When the identity of the speaker of the corresponding segment includes the participant, the method includes applying the privacy condition to the corresponding segment. The method also includes processing the plurality of segments of the audio data to determine a transcript for the audio data.

Abstract: A method (400) includes receiving audio data (112) corresponding to an utterance (101) spoken by a user (10), receiving video data (114) representing motion of lips of the user while the user was speaking the utterance, and obtaining multiple candidate transcriptions (135) for the utterance based on the audio data. For each candidate transcription of the multiple candidate transcriptions, the method also includes generating a synthesized speech representation (145) of the corresponding candidate transcription and determining an agreement score (155) indicating a likelihood that the synthesized speech representation matches the motion of the lips of the user while the user speaks the utterance. The method also includes selecting one of the multiple candidate transcriptions for the utterance as a speech recognition output (175) based on the agreement scores determined for the multiple candidate transcriptions for the utterance.

Abstract: A method for a privacy-aware transcription includes receiving audio-visual signal including audio data and image data for a speech environment and a privacy request from a participant in the speech environment where the privacy request indicates a privacy condition of the participant. The method further includes segmenting the audio data into a plurality of segments. For each segment, the method includes determining an identity of a speaker of a corresponding segment of the audio data based on the image data and determining whether the identity of the speaker of the corresponding segment includes the participant associated with the privacy condition. When the identity of the speaker of the corresponding segment includes the participant, the method includes applying the privacy condition to the corresponding segment. The method also includes processing the plurality of segments of the audio data to determine a transcript for the audio data.

Abstract: Methods, systems, and apparatus, including computer programs encoded on computer storage media for large vocabulary continuous speech recognition. One method includes receiving audio data representing an utterance of a speaker. Acoustic features of the audio data are provided to a recurrent neural network trained using connectionist temporal classification to estimate likelihoods of occurrence of whole words based on acoustic feature input. Output of the recurrent neural network generated in response to the acoustic features is received. The output indicates a likelihood of occurrence for each of multiple different words in a vocabulary. A transcription for the utterance is generated based on the output of the recurrent neural network. The transcription is provided as output of the automated speech recognition system.