Please fill in your name

Mobile phone format error

Please enter the telephone

Please enter your company name

Please enter your company email

Please enter the data requirement

Successful submission! Thank you for your support.

Format error, Please fill in again


The data requirement cannot be less than 5 words and cannot be pure numbers




Beyond Babble Navigating the Landscape of Child Speech Recognition

From:Datatang Date:2023-08-18

Speech recognition technology has evolved to comprehend and respond to spoken language, enabling voice commands, text-to-speech conversion, and more. Yet, child speech introduces a layer of complexity. Children exhibit distinct speech patterns, vocabulary, and pronunciations that evolve rapidly as they grow. As a result, conventional speech recognition systems, designed primarily for adult speech, often struggle to accurately interpret and process the utterances of young speakers.

The potential applications of accurate child speech recognition are profound. In educational contexts, such technology could revolutionize how children learn, interact with educational content, and seek assistance. Imagine an AI-powered learning tool that listens to a child read aloud, assesses their pronunciation, and offers tailored feedback to aid language development. This personalized approach could foster early literacy skills and boost confidence in young learners.

However, bridging the gap between child speech and speech recognition is no small feat. One of the central challenges is the scarcity of suitable training data. Unlike adult speech, which is extensively documented, annotated child speech data is limited in quantity and diversity. This scarcity hampers the training of accurate models that can capture the various nuances of child speech across different languages, accents, and developmental stages.

Furthermore, child privacy and ethical considerations are paramount in this domain. Safeguarding the personal information and voice data of young users is of utmost importance. Striking the right balance between harnessing the benefits of speech recognition and ensuring data protection requires careful design and adherence to stringent privacy standards.

Researchers and developers are actively working to address these challenges. By curating and expanding child speech datasets and employing advanced machine learning techniques, strides are being made toward more accurate and adaptive child speech recognition models. These models not only have the potential to improve learning experiences but also offer a safer and more engaging way for children to interact with technology.

Datatang Children Speech Datasets

393 Hours - Korean Children Speech Data by Mobile Phone

Mobile phone captured audio data of Korean children, with total duration of 393 hours. 1085 speakers are children aged 6 to 15; the recorded text contains common children's languages such as essay stories, and numbers. All sentences are manually transferred with high accuracy.

299 Hours - American Children Speech Data By Mobile Phone

The data is recorded by 290 children from the U.S.A, with a balanced male-female ratio. The recorded content of the data mainly comes from children's books and textbooks, which are in line with children's language usage habits. The recording environment is relatively quiet indoors, the text is manually transferred with high accuracy.

50 Hours - American Children Speech Data by Microphone

It is recorded by 219 American children native speakers. The recording texts are mainly storybook, children's song, spoken expressions, etc. 350 sentences for each speaker. Each sentence contain 4.5 words in average. Each sentence is repeated 2.1 times in average. The recording device is hi-fi Blueyeti microphone. The texts are manually transcribed.

55 Hours - British Children Speech Data by Microphone

It collects 201 British children. The recordings are mainly children textbooks, storybooks. The average sentence length is 4.68 words and the average sentence repetition rate is 6.6 times. This data is recorded by high fidelity microphone. The text is manually transcribed with high accuracy.