How the computers can see or recognition your face and other materials or objects

In most of the decades, people were able to identify people's faces, but now the artificial intelligence systems prevent people from classifying objects in photos and videos.

It is creating an enthusiasm from government agencies and businesses, which is interested in maintaining the vision of all types of machines. Among them: Self driving cars, drones, private robots, in-store cameras and a treatment scanner that can look for skin cancer. There are also our own phones, which can be unlocked with some glance.

How does it work?

Algorithms have been designed to detect face characteristics and identify individual faces, which have become more advanced since decades of ongoing efforts.

A common method involves measuring the measurements of the face, such as the distance between the nose and the ear or the data from one angle to another that can then be divided into numbers and matched similar data obtained from other images. They are closer, they are good they match.

Such an analysis is now widely available and shared in computing power and digital imagery.

From the face to the object and (pets)

Professor Michael Brown of York University, University of Toronto, University of Toronto, said, "He helps to organize the annual conference of computer vision and pattern recognition." Michael Brown said, "False recognition is an old issue.

In the last decade, research has focused on developing brain-like nervous system that can "learn" to automatically detect images of large detective sets in an image. But people continue to make the machine more efficient by labeling the photos, when Facebook users only tag the friend.

The top researchers from companies like Google and Microsoft were present in the ongoing annual recognition competition from 2010 to 2017. Unlocked: Computers can make people better than people when they differentiate between corgi species in Wales, because they are able to absorb the knowledge quickly to make those knowledge faster. But computers are confused by the more abstract form, such as statues.

Coded shelf

The growing use of recognition by law enforcement has raised the lasting concern about ethnic and gender discrimination.

Joy Boolamin, a computer scientist who led the study led by MIT and found that face-recognition systems created by companies including IBM and Microsoft could confuse dark-skin diseases, especially women. (This code is known as 'coded leaks.') Both Microsoft and IBM have announced efforts to lessen their system using large and more different image repositories to train their software.