![oxygen forensics images oxygen forensics images](https://cdn.imgbin.com/17/18/6/imgbin-oxygen-forensics-inc-forensic-science-computer-forensics-digital-forensics-forensic-science-GQF8NPuq7AyLvdmJ8n8djz6cw.jpg)
![oxygen forensics images oxygen forensics images](https://www.oxygen-forensic.com/uploads/page/detective/DATA_SEARCH.png)
Oxygen forensics images software#
Historically facial recognition software relied on a 2D image to identify or verify another 2D image from the database. A human face consists of 80 nodal points. It recognizes these features as nodal points. The software first recognizes the face, then measures different facial features. How does it all work? Facial recognition software isolates a face from the rest of the background in the image or video. in mobile devices or ATM machines) and national security (e.g., in the airports, music fests and many other purposes). This technology is used both for personal security (e.g. Nowadays facial recognition solutions have already become a part of our everyday routine. The metrics then were placed in a database and when a new photograph was given to the system it could retrieve the image from the database matching the individual. Facial recognition can identify a person by analyzing patterns based on the person’s facial textures and shape.įacial recognition is said to be started in the 60s when Woodrow Wilson Bledsoe, one of the founders of artificial intelligence, manually classified faces by hand using a device (RAND tablet) to input horizontal and vertical coordinates. Facial recognition systems are bio-metric technologies capable of identifying or verifying a person from a digital image or a video frame from a video source.