Abney and Associates News
Take the latest in computer vision, power it with custom-built hardware and chipsets, and put Google behind the wheel. Welcome to Project Tango, an attempt to revolutionize mobile mapping.
When Google sold off Motorola Mobility, it kept the company's Advanced Technology and Projects (ATAP) group and moved it under the Android umbrella. Now we know at least part of the reason why: Project Tango.
Project Tango is an ambitious attempt by ATAP, a skunkworks division with Defense Advanced Research Projects Agency (DARPA) roots that's been peeled away from Motorola Mobility, to give smartphones the ability to do realistic 3D mapping and create virtual experiences as the phone's owner moves through the real world. Not surprisingly, there's more to it than that.
The key move to Tango is that it's a collaborative project that pulls together the expertise of more than a few companies working on cutting-edge technology. This includes a low-powered, vision-processing chip called the Myriad 1 with custom-designed architecture by Movidius, reports TechCrunch. The Myriad 1 can power the complex algorithms needed for computer vision without draining the smartphone's battery, something that current smartphone chips can't do.
Tango exists as a 5-inch Android phone prototype, running customized hardware and software which can track the "full 3D motion of the device, while simultaneously creating a map of the environment," says Google. Suggested applications range from the mundane, such as capturing the dimensions of your home before furniture shopping simply by waving the phone around a room, to the helpful, such as aiding the visually impaired inside unfamiliar buildings, to the frivolous, such as turning a hallway into a virtual-reality game space.
The company is putting Tango in the hands of developers in the coming months, starting with 200 devices distributed by the middle of March. Developers can submit their proposals to the ATAP group at the Project Tango Web site.
The phone's sensors make more than 250 million 3D measurements every second and use that data to build a 3D model of the phone's surroundings. It includes custom APIs that give