The Marmota project shows off what we can expect from augmented reality in the next few years
Augmented reality, at the moment, is a bit kitsch. It's a technology that's been threatening to emerge for years but, like "virtual reality," it's always been held back by technological constraints. Until the last year or two, most AR and VR implementations involved you wheeling around a laptop (or strapping it to your back!) -- and VR still requires a silly pair of glasses. That's all about to change, however, with the gigahertz-in-our-pocket smartphones.
In the next few years, almost everyone in the Western world will have a handheld device that's capable of displaying rich 3D graphics. GPS will pinpoint your location and elevation in real-time, and 3G and 4G (5, 6, 7 ...) networks will make both topological data and the Internet's wealth of contextual data available at any time and any place. But enough talking, let me show you what I'm talking about: check out the Marmota project. It hides behind such subtitles as "visual environment monitoring" and "semantic image labelling," but in essence, it's the next step in augmented reality.
The best thing would be for you to read through the Marmota website and check out the pictures, but I'll give you an example of what Marmota will let you do. Right now, you can pull down Flickr photos from a given geolocation -- that's pretty cool, ... but that's also about it for the current state of augmented reality. With Marmota, you point your camera at a landscape (or cityscape!), and the server sends you topological and contextual information for the scene you're looking at. So, if you hold your smartphone up in front of a mountain, the mountain's name and elevation are shown on the screen (here's a larger version of the image above) -- the software can also show you roads, landmarks, and so on. Using topological information, the 2D image on your phone can even be converted into a 3D image (watch the video, it's very cool), and presumably you can then see over a range of mountains and down into the valley beyond!
The coolest thing is, this technology is actually ready to go. The project has used Android phones as its test bed, and the app should be available in the "immediate future." I'll keep you updated and bring you a proper review as soon as possible.
[via ReadWriteWeb]
In the next few years, almost everyone in the Western world will have a handheld device that's capable of displaying rich 3D graphics. GPS will pinpoint your location and elevation in real-time, and 3G and 4G (5, 6, 7 ...) networks will make both topological data and the Internet's wealth of contextual data available at any time and any place. But enough talking, let me show you what I'm talking about: check out the Marmota project. It hides behind such subtitles as "visual environment monitoring" and "semantic image labelling," but in essence, it's the next step in augmented reality.
The best thing would be for you to read through the Marmota website and check out the pictures, but I'll give you an example of what Marmota will let you do. Right now, you can pull down Flickr photos from a given geolocation -- that's pretty cool, ... but that's also about it for the current state of augmented reality. With Marmota, you point your camera at a landscape (or cityscape!), and the server sends you topological and contextual information for the scene you're looking at. So, if you hold your smartphone up in front of a mountain, the mountain's name and elevation are shown on the screen (here's a larger version of the image above) -- the software can also show you roads, landmarks, and so on. Using topological information, the 2D image on your phone can even be converted into a 3D image (watch the video, it's very cool), and presumably you can then see over a range of mountains and down into the valley beyond!
The coolest thing is, this technology is actually ready to go. The project has used Android phones as its test bed, and the app should be available in the "immediate future." I'll keep you updated and bring you a proper review as soon as possible.
[via ReadWriteWeb]













Comments
2
Subscribe to commentsTaylor. Yes, Taylor.Aug 24th 2010 2:59PM
I was reading about upgrades to the GPS satellites that will be happening over the next 5-10 years (rollout already started), and it will allow for GPS accuracy of less than a foot, including accurate elevation readings, with chips as cheap as the ones we've got in our phones now.
The funny thing is, that's not fanciful future-hope; the only reason why we don't have that now is that the necessary GPS bands are patent-encumbered, so the chips are only expensive due to license fees and lack of manufacturers. The new GPS system includes a new frequency band that is free to use, and apparently the tech isnt too complicated, so the chips will be cheap.
That will seriously help augmented reality apps be more useful!
Sebastian AnthonyAug 24th 2010 5:51PM
Yeah, I was going to mention the new GPS system, but didn't know if it was too much info :)
The possibilities of the new GPS system are really, really exciting! (And great for military applications...)