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Finding faces in Google Maps

Using facial recognition software a team has created a program to crawl Google Maps, seeking out the faces hidden in folds of the terrain.

Michelle Starr Science editor
Michelle Starr is CNET's science editor, and she hopes to get you as enthralled with the wonders of the universe as she is. When she's not daydreaming about flying through space, she's daydreaming about bats.
Michelle Starr
2 min read

(Credit: Onformative)

Using facial recognition software a team has created a program to crawl Google Maps, seeking out the faces hidden in folds of the terrain.

Something our human eyes seem to do, without any prompting, is to pick out shapes and structures that resemble other shapes and structures. Called Pareidolia, it's a form of pattern recognition — and a good example is the way we often see a human face where there is only a random collection of shapes or shadows. This, it is now known, is the reason for the infamous face on Mars.

Our own Earth, as folded and rippled as it is, is also prone to this phenomenon when viewed from above. The Badlands Guardian, discovered on Google Earth in 2006, for example. But we're sure there are many more human-esque faces lurking in strange corners of the Earth.

That is the premise behind Google Faces, a project by design studio Onformative: can pareidolia be imitated by a machine? Using OpenFrameworks, the studio has created an application that crawls Google Maps, using facial recognition algorithms to seek out areas that look like faces.

The application uses a virtual browser to search Google Maps, transferring data back to the standalone application using ofxBerkelium to capture and store images of any "faces" found, communicating via Javascript. When the application has crawled all the available images, it jumps to the next zoom level and starts all over again.

Already, the program has been around the world several times, and the ground to cover only gets bigger as it zooms in farther. "As it continues to travel the world within the upcoming months, it continuously zooms into the earth," said Onformative on the project page. "This process decreases the step-size for each iteration and therefore increases the amount of images and travel time exponentially. Some of the detected images aren't usable at all, as we are not able to recognise any face-like patterns within the detected images. Other satellite images, on the other hand, inspired our imagination in a tremendous, yet funny way."

You can see more images on the Onformative website.

Via www.creativeapplications.net