NEC Announces World’s First Fingerprint Scanner for Infants
- Author:zz
- Source:zz
- Release on:2016-10-25
Posted on October 18, 2016 NEC has developed a prototype of what it’s calling
the world’s first fingerprint scanner that can scan the biometrics of
infants.
The device is compact in form, weighing under 50g and measuring 72mm x 35mm x 7.5mm. The device is outfitted with hi-res 1270p CMOS image sensor, and NEC says it has been used to scan the fingerprints of more than 300 children, including over 100 infants.
It was developed time management software free in collaboration with Michigan State University, the professional home of. It appears that Jain was likely using the door access card control system technology developed with NEC when he led a study in India, funded by the Bill and Melinda Gates Foundation, testing the feasibility of scanning infants’ fingerprint biometrics. Jain suggested the technology could play an important role in pediatric care.
NEC’s Ryoji Hayashi agrees, asserting in a press release that “[t]he provision of these technologies based on this prototype will allow NEC to contribute to the solution of important social problems, such security steel door multi lock as the optimized management of immunization and food supplies, and the reliable management of birth certification,” by facilitating the accurate identification of child subjects.
The device is compact in form, weighing under 50g and measuring 72mm x 35mm x 7.5mm. The device is outfitted with hi-res 1270p CMOS image sensor, and NEC says it has been used to scan the fingerprints of more than 300 children, including over 100 infants.
It was developed time management software free in collaboration with Michigan State University, the professional home of. It appears that Jain was likely using the door access card control system technology developed with NEC when he led a study in India, funded by the Bill and Melinda Gates Foundation, testing the feasibility of scanning infants’ fingerprint biometrics. Jain suggested the technology could play an important role in pediatric care.
NEC’s Ryoji Hayashi agrees, asserting in a press release that “[t]he provision of these technologies based on this prototype will allow NEC to contribute to the solution of important social problems, such security steel door multi lock as the optimized management of immunization and food supplies, and the reliable management of birth certification,” by facilitating the accurate identification of child subjects.