Smart devices continue to proliferate, and they provide a variety of functions to assist end users. Voice-interactive (voice-activated) and audio-interactive devices continue to increase in popularity, availability, and functionality. Voice-interactive and audio-interactive devices may improve by monitoring and determining context when distinguishing speech from background noise and distinguishing speech intended for the voice-interactive and audio-interactive device and speech nearby but irrelevant to the device. A machine-learning model can process detected keywords, contextual cues, historical cues, and other information in determining relevant speech from background noise
User interaction with assistive devices and applications often includes use of speechbased interface...
This publication describes techniques to read text aloud and enhance text content to produce an audi...
Smart homes aim at enhancing the quality of life of people at home by the use of home automation sys...
When audio sponsored content is presented with non-sponsored audio content in a two-way conversation...
This paper demonstrates the significance of using contextual information in machine learning and spe...
The present disclosure describes systems and methods that can determine a context of an audible quer...
Human speech processing is inherently multi-modal, where visual cues (lip movements) help better und...
A computing device (e.g., a smartphone, a laptop computer, a tablet computer, a smartwatch, etc.) ma...
Speech recognition involves generating sequences of words that match what is being said in recording...
Automatic speech recognition (ASR) models are used to recognize user commands or queries in products...
abstract: Audio signals, such as speech and ambient sounds convey rich information pertaining to a u...
Devices such as smartphones, smart speakers, etc. provide spoken responses to user queries using Tex...
Use of voice output communication aids (VOCAs) can be a very effective strategy to assist people wit...
The output volume of a device is usually controlled as a fixed value between zero to a maximum. Unle...
This invention addresses lip reading used to help Voice Assistant Speech Recognition or use in Silen...
User interaction with assistive devices and applications often includes use of speechbased interface...
This publication describes techniques to read text aloud and enhance text content to produce an audi...
Smart homes aim at enhancing the quality of life of people at home by the use of home automation sys...
When audio sponsored content is presented with non-sponsored audio content in a two-way conversation...
This paper demonstrates the significance of using contextual information in machine learning and spe...
The present disclosure describes systems and methods that can determine a context of an audible quer...
Human speech processing is inherently multi-modal, where visual cues (lip movements) help better und...
A computing device (e.g., a smartphone, a laptop computer, a tablet computer, a smartwatch, etc.) ma...
Speech recognition involves generating sequences of words that match what is being said in recording...
Automatic speech recognition (ASR) models are used to recognize user commands or queries in products...
abstract: Audio signals, such as speech and ambient sounds convey rich information pertaining to a u...
Devices such as smartphones, smart speakers, etc. provide spoken responses to user queries using Tex...
Use of voice output communication aids (VOCAs) can be a very effective strategy to assist people wit...
The output volume of a device is usually controlled as a fixed value between zero to a maximum. Unle...
This invention addresses lip reading used to help Voice Assistant Speech Recognition or use in Silen...
User interaction with assistive devices and applications often includes use of speechbased interface...
This publication describes techniques to read text aloud and enhance text content to produce an audi...
Smart homes aim at enhancing the quality of life of people at home by the use of home automation sys...