Difference between revisions of "Non-Visual Augmented Reality"
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=== Push AR === | === Push AR === | ||
| − | + | A location-based AR system with automatic check-ins based on GPS data with updates sent by SMS. Developed by [[Aaron Parecki]]. | |
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| + | Locations are defined by circles on a map, and SMS messages are triggered to send when one enters into the area defined by that circle. One can set neighborhoods, areas, and blocks. | ||
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| + | When one takes automatic check-ins further, one can add streaming data, allowing one’s device to collect SMS messages for hyperlocal areas without the need for QR codes or any visuals | ||
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| + | Privacy is an enormous issue with systems like this. One does not always want SMS updates, open GPS map data, or text notifications of another’s proximity. | ||
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| + | The basic case here is the meeting. Person A and Person B need to meet each other, but GPS data is only shared between them when they have a scheduled meeting. When the meeting ends, the data wall closes off, giving them back their privacy, kind of like a wormhole of temporary transparency between two people. This solves the problem of extreme bouts of “checkin-ism”., as well as the issue of remaining privy to one’s whereabouts all the time. | ||
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| + | See [http://oakhazelnut.com/2010/04/06/geonotes-proximal-notification-systems-and-automatic-check-ins-with-gps-and-sms/ Geonotes, Proximal Notification Systems, and Automatic Check-ins with GPS and SMS] | ||
=== Haptic AR === | === Haptic AR === | ||
Revision as of 08:24, 14 May 2010
"The trouble with AR currently is that one has to sacrifice a certain amount of reality in order to experience the AR".
We can use other senses than just vision”, says Charlotte Magnusson.
"For example, if you’re visiting an archaeological site you could hear people from the past doing there labour or people chatting about that big mountain that might have some volcanic action going on. Charlotte runs a project called Haptimap that seeks to combine virtual feelings with maps. For example, we could attach sensors to our bodies that give us impulses that have certain meanings and thereby are able to guide us. Imaging biking thru a city for the first time and instead of a map for directions get impulses on your arms that tells you which way to turn next. You can have both hands on the handle and focus on dodging busses and other dangerous traffic" [1].
There are two categories of non-visual augmented reality. One is anything that adds to the user's environment without requesting attention from the user's vision. The second category of non-visual augmented reality is that which visualizes data invisible to unaltered human vision, such as infrared light, pollution, and noise.
Category I
Audio AR
Bzzt acts like it's running in the background! The sounds will come through no matter what application is active, even while your iPhone is sleeping in your pocket. In the middle of breakfast, on the train, or in an important meeting, Bzzt has no qualms about interrupting your life. One day might involve a handful of sounds, then a week might go by without a peep. There are no settings, no blackout times, and no previews of the sounds.
A Synchronicity Machine Each sound is sent out to all the installations of the app at the same time, so you might be on the bus, in the bank, or at the hospital when you hear a strange, funny, or confusing sound emanate from a dozen peoples' pockets or bags at the same time. There has never been a game quite like Bzzt.
Push AR
A location-based AR system with automatic check-ins based on GPS data with updates sent by SMS. Developed by Aaron Parecki.
Locations are defined by circles on a map, and SMS messages are triggered to send when one enters into the area defined by that circle. One can set neighborhoods, areas, and blocks.
When one takes automatic check-ins further, one can add streaming data, allowing one’s device to collect SMS messages for hyperlocal areas without the need for QR codes or any visuals
Privacy is an enormous issue with systems like this. One does not always want SMS updates, open GPS map data, or text notifications of another’s proximity.
The basic case here is the meeting. Person A and Person B need to meet each other, but GPS data is only shared between them when they have a scheduled meeting. When the meeting ends, the data wall closes off, giving them back their privacy, kind of like a wormhole of temporary transparency between two people. This solves the problem of extreme bouts of “checkin-ism”., as well as the issue of remaining privy to one’s whereabouts all the time.
See Geonotes, Proximal Notification Systems, and Automatic Check-ins with GPS and SMS
Haptic AR
Udo Wächter's Directional Belt
Compass Vibro Anklet by Noisebridge
