Brief introduction
“Tuppence AI” is an independent research and development brand of Walklake. It is committed to strengthening the algorithm research and commercial implementation of artificial intelligence technology in the field of children's health. After long-term technology accumulation and in-depth research, it has successfully applied big data analysis, in-depth learning, pattern recognition and computer vision technology to form a set of mature and complete algorithm R&D mode in the direction of children's health screening image recognition. The algorithm research and development mode helps the education institutions to complete the children's health inspection more efficiently and promotes the development of modern intelligent campus management field.
Ten million level health database (cloud data collection)
Around the cloud data collection, a mass number of inspection database is accumulated for continuous in-depth learning.
Oral image recognition (big data analysis - precise location - attribute)
The automatic high-definition location and imaging technology of the oral part can establish the oral image analysis model in combination with the comparison of the health screening database, accurately identify the oral abnormalities in the photos, such as red rash, redness and swelling of throat, tooth decay, etc., and remind the health care teachers to reinspect manually.
Eye image recognition (big data analysis - precise location – recognition - attribute)
Tuppence eye image recognition can carry out intelligent location and analysis, obtain the eye analysis results within 0.75 seconds (at the laboratory theoretical speed), and automatically recognize and analyze eye abnormal data, such as redness.
Hand image recognition
Tuppence hand image recognition technology can obtain images and collect data through precise location, extract and analyze the collected features in combination with the comparison of the health screening database, and locate the abnormal data such as red rash and redness in the photo to remind the health care teachers to reinspect manually.
Intelligent precise sensing algorithm FSS
High precision sensor integrates an intelligent sensing system which can collect information, and sense, detect, judge, analyze and process information automatically.
Technology application
Focusing on the core contents of campus health, safety and intelligence, we are committed to the construction of smart campus based on Tuppence AI technology to promote the traditional campus health inspection into the era of artificial intelligence. By loading Tuppence AI algorithm, Walklake team has developed several version of the health screening robot and successfully launched it to the market.