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DIYer concocts homegrown View-Master, relies on HTC Magic and Google Street View (video)

It's been far, far too long since we broke out the View-Master from the admittedly dusty toy chest, but now we're guessing it'll be at least a score before we get the urge again. Why, you ask? The View-Master 2009. These homegrown virtual reality goggles are surprisingly impressive despite their ragged look, and by utilizing some form of cardboard enclosure, an HTC Magic and Google Street View, the designer was able to mimic that "immersive" environment we've grown to know and never forget. Don't believe us? Have a look at the vid just past the break, and hang in there 'til the end if you're scouting a how-to guide.

Mice run through Quake, Princeton neuroscientists scan their brains for traces of evil (video)

Want to know just how prevalent technology has become in our lives? Now even lab mice get Quake-derived virtual reality playgrounds to navigate instead of their old school wooden mazes. In all honesty, this appears a significant and praiseworthy advancement, as the Princeton team have succeeded in mapping brain activity right down to the cellular level, with real-time tracking of single neurons now possible. The Orwellian-looking setup above is necessary in order to keep the mouse's head immobile, and thus capable of being studied, while the animal moves around and its brain performs motion-related tasks. Go past the break to see a schematic of the scanner and a quite unmissable video of it in action.

[Via Switched]

$500 Acceleglove promises to finally bring Rad Racer to life


Data gloves may have come a long way since the days of the Power Glove, but they've also tended to get pretty expensive as more and more tech found their way into 'em. The folks at AnthroTronix look to be doing their small part to change that with their new Acceleglove, however, which packs a not too crazy price tag of $500 and, according to the company, all the features you'd expect to find on a $5,000 glove. Chief among those features are accelerometers on each finger, which can track precise gestures like pinching and, as you can see in the video after the break, are more than up to all-important the task of controlling a robotic arm. Best of all, the glove comes complete with an open source SDK to let you get as much out of the glove as you're willing to put into it.

[Via OhGizmo!]

Nokia interface patent fits like an AR-enhancing glove

Okay, you know the drill by now: just because it's in a patent doesn't mean it's happening anytime soon, if ever. With that said, we'd love to see what Nokia had in mind when they concocted this one. As Unwired View recently unearthed, the Finnish phone maker has drawn up a design doc / patent application for comfortable, stretchable material that fits over your skin and is used for device interaction. Gestures and stretches are computed and signaled into nearby computers, phones, or interestingly enough "near-eye displays" -- sounds like we're getting into a bit of virtual / augmented reality territory here -- and they are also tailored to provide feedback via vibration. Again, don't hold your breath on seeing this come to fruition any point in the near (or even long) future, but still, we know what you're thinking: Nokia's gonna have to think of a ton of kooky color descriptions to accentuate any future lineup of input wristbands / fingerbands.

[Via Pocket-lint]

Video: Researchers learning to make VR more realistic, uncomfortable


Researcher Mel Slater (a computer scientist who divides his time between ICREA in Barcelona and University College, London) and his stalwart band of cybernauts are currently studying people when immersed in virtual environments, hoping to gain insight into why we respond to fake stimuli as if it's real. In one experiment, test subjects enter a "virtual bar" in which patrons schmooze, booze, and do the Frug. At a point during the virtual carousing, a fire breaks out. "We have had people literally run out of the VR room, even though they know that what they are witnessing is not real," says Slater. "They take their cues from the other characters." Other studies include a recreation of the classic Milgram Experiment of the 1960s (where the subject is ordered to give an electric shock to a "student" when they answer a question incorrectly) and a phobia study that introduces subjects to virtual heights. The researchers hope to gain insight into how the brain functions, eventually creating more intense and realistic virtual experiences, with applications in healthcare, training, social research and entertainment. What's next? According to Slater, the group is currently developing a project that is designed to help shy men overcome their fear of women (at the very least, it'll help you meet that Second Life avatar of your dreams). If this is your kinda thing, check out the video after the break. [Warning: the first several seconds of the video are audio only.]

Canon gets all 'Steve Zissou' with its Mixed Reality Aquarium


In some ways, augmented reality is an elegant solution to the main problem with VR: while there are some areas where insane levels of immersion are required, this stuff ain't cheap -- relegating solutions like CirculaFloor to academics, the military, and the extremely well-heeled. But how about those who just want to see wild graphics while they, you know, "party?" Canon's Mixed Reality Aquarium headset transforms any area you inhabit into a giant fishbowl. Not the sort of thing that you'll want to do more than once, probably -- although, to the company's credit, this is more of a research project than an actual product. How about an option to swim with Daryl Hannah from Splash? That would be pure gadget gold. That said, this does make for a fun video -- which we've graciously provided for you, after the break.

[Via Oh Gizmo!]

Marco Tempest's Augmented Reality card trick makes David Copperfield look positively ludditic


Illusionist and augmented reality artiste Marco Tempest has put together a video preview of his newest act, called (aptly enough) "Augmented Reality Magic 1.0," and has been kind enough to share it with us. In the video, Tempest uses AR to demonstrate what's going on in his fertile imagination as he performs a card trick -- cards levitate, Jokers dance, and the birthday cake? Well, you'll just have to see for yourself. The most impressive part is that the whole thing goes down in real time, and utilizes C++ with OpenFrameworks, OpenCV, ARToolkitPlus, MacCam, "and other Open Source goodies." Nothing's done in post-production. Are you prepared to have your mind blown? Video after the break.

[Via Make]

AlloSphere three story virtual environment not available for birthday parties, Bat Mitzvahs


Researchers at UC Santa Barbara are developing an immense, wholly immersive VR environment that would allow groups of researchers the opportunity to explore their data aurally and visually on a scale never before seen. The AlloSphere is a three story metal sphere housed in an echo-free chamber, large enough that twenty researchers can stand on a bridge and take a walk through an atom, for instance, or a human brain. The project relies on a supercomputer for generating real-time, high-res 3D video and audio streams from a mountain of scientific data, and currently the team is hard at work building the bad boy's computing platform and interactive display. The project leader JoAnn Kuchera-Morin has yet to state whether or not the sense of smell would be incorporated into the finished product, but we sure hope not -- that would be rather distracting, don't you think? Check it out on video after the break.

[Via TED]

VR headset offers the sights, sounds, and smells of cyberspace - and tastes, and hot air


In an effort to bring the other three senses up to par with sight and sound in the virtual landscape, researchers in the UK have developed a headset that not only offers a stereoscopic display and four speaker surround sound, but throws in smells, tastes, and a fan for heating your grill up (or cooling it down) for good measure. The Virtual Cocoon doesn't look too terribly comfortable (this thing would be burdensome without the required tubes for the user's mouth and nose), but Professor Alan Chalmers of Warwick University doesn't seem to think this is a problem. If anything, the team is betting that you're going to welcome the opportunity to smell your co-workers when telecommuting, or your fellow cybernauts when running around Second Life. The device, which will have an estimated cost of £1,500 (around $2,100), should be ready for production within five years. More pics after the break.

CirculaFloor robot floor tiles keep you moving in virtual reality


One of the big problems facing VR is the issue of mobility -- how do you allow users unrestricted movement in virtual reality, while keeping them relatively static in real reality? Omni-directional treadmills have been tried in the past, and now researchers at the University of Tsukuba in Japan have developed something called CirculaFloor. The system uses four robotic tiles that constantly shift position, ensuring that there's always a tile in the direction you're headed. Additionally, the entire assembly moves slowly backwards, giving one the impression of movement while they're actually standing relatively still. The tiles also incorporate lifts, for simulating staircases and the like. While this research is promising, there's still plenty of work to be done -- for instance, the tiles still move awful slowly, and while they seem sturdy enough for a leisurely stroll, a Left 4 Dead implementation is not likely to happen any time soon. Video after the break.

[Via Tech Digest]

MITRE develops hemispheric camera for visual telepresence


You have no idea how many times we've caught ourselves piloting prototype unmanned weapons platforms through hostile urban environments and thought, "this route is too complex, and this vision system too cumbersome to use -- there has got to be a better way." Well, it looks like the folks at MITRE have heard our call and replied with something called the Immersive Vision System. Currently in development, the heart of the thing is a hemispherical camera -- actually a number of stationary cameras that creates a video image that covers all 360 degrees horizontally and a none-too-shabby 270 degrees vertically. Placed on a robot, unmanned vehicle or armored troop carrier, the pilot wears a head mounted display with a tracking sensor that allows him to move his head naturally, adjusting the point of view accordingly -- no need for periscopes, joysticks, or any other non-intuitive control interfaces. Of course, we've merely scratched the surface of this whole "visual telepresence" jazz here -- for some action footage, be sure you check out the video after the break.

Omni-directional treadmill allows individuals to sashay through virtual cities

Though not the first omni-directional treadmill we've ever seen, this version crafted for the EU-funded CyberWalk Project is entirely more interesting. The 6- x 6-meter device features an active walking area of 4.5- x 4.5-meters, and later this month, individuals anxious to prance through a virtual city will be able to strap on a head-mounted display, lace up their LA Lights and indulge in escapism. Aside from giving curious persons the ability to walk through a recreated version of ancient Pompeii, the device could also be used to meander through buildings not yet created or give firefighters a way to train without placing them in harm's way. Now, if only there was an option to dissolve into pixels and teleport to locales you find particularly intriguing, we'd be sold.

[Via Slashdot]

Mixed reality research takes a first hesitant step


Considering how much impact our gadgets already have on our day-to-day lives, we not sure we don't already live in a mixed reality environment, but researchers at the University of Illinois have created what they say is the first true mixed reality system based on a pendulum and its virtual counterpart. Both the real pendulum and the simulation mimic each others' movements exactly -- adjusting the motor affects the simulation and adjusting the parameters of the simulation affects the motor -- blurring the line between the real and the virtual. That sounds simple, sure, but it's the first successful system of its kind -- as researcher Alfred Hubler put it, "[The pendulums] suddenly noticed each other, synchronized their motions, and danced together indefinitely." Seeing as simply creating a mixed-reality pendulum took super-fast processors, we doubt we're any closer to the Matrix -- unless it's a Matrix inside another Matrix. We need to go lie down.

PlayStation Eye hacked for desktop VR use

The Wiimote may be spurring on the majority of desktop VR hackery these days, but at least one enterprising developer seems to be aiming to change that, and he's now showing that you can do more or less the same thing with a PlayStation Eye. As with the Wiimote, you need a pair of homemade IR-equipped glasses, but you'll also need to perform a couple of minor modifications to the PS Eye itself. That all-important detail consists simply of a homemade lens cap that houses some exposed and developed film, which lets the camera receive only the infrared signals from the glasses. Pair that with some custom-made software (now available for the taking), and you'll be giving unsuspecting visitors motion sickness in no time. Head on over after the break for a peek at the setup in action.

Video games better than drugs?

This isn't the first time we've seen video games and VR in particular applied to medicine, but this is certainly the boldest claim we've heard yet. According some research done on chronic pain sufferers up at Simon Fraser University in Vancouver, Canada, test subjects who were playing VR games were more comfortable than participants who were on pain meds alone. That might sound like a no brainer, but the researchers are saying that video games apparently have the potential of providing a safe, partial alternative to addictive medicine, boring counseling and lame-sauce physical therapy. Sounds like a miracle cure, but who are we to argue with Canada's finest?

[Via DailyTech]
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