plenoptic
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'Light Field' 3D maps take VR broadcasting to the next level
Ever since I experienced a live 3D virtual reality broadcast for the first time, I've been giving demos of the technology to anyone who will sit still long enough for me to put a Gear VR on their head. Across the board, the reactions have included at least two things: "This is amazing," and, "Can you move around like you're really there?" Now, NextVR says the answer to that question is yes, since it's adding "Light Field" (aka plenoptic) capture technology to existing rigs (like this 6K unit shown above) that will let viewers look around the scene with full six degrees of freedom. This is similar to the tech Lytro uses for its cameras that lets you change focus after a picture is taken -- and just got a $50 million investment to implement on VR. According to NextVR, its patented approach creates a 3D geometric model of the scene (shown after the break) ready for headsets like the Oculus Rift, Sony's Project Morpheus or even augmented reality units like Microsoft's HoloLens or Magic Leap's... whatever it is.
Richard Lawler03.02.2015
Pelican Imaging shows its array camera serving as a 3D printing tool (video)
While Pelican Imaging's 16-lens array camera will only reach mobile devices in 2014, the company doesn't want to wait to show what its technology can do in practice. It just posted a clip suggesting that the camera's whole-scene focusing and depth mapping could come in handy at a wedding. A guest could not only capture pristine snapshots of the occasion, but create 3D-printed figurines of the bride and groom while they're still at the reception. Is this a niche case? You bet -- but it reminds us that Pelican's array could make an impact well beyond our photo albums. Catch the full video after the break.
Jon Fingas06.17.2013
Pelican Imaging's 16-lens array camera coming to smartphones next year
After yesterday's news about Nokia investing in Pelican Imaging's plenoptic camera system, it was hard not to feel impatient about exactly when this technology might arrive in real, commercially available smartphones. Well, we have an update on that front: although the company's CEO, Chris Pickett, wouldn't tell us which OEM(s) he's been talking to, he did say that his product is currently being trialed by device manufacturers and is scheduled to be part of at least one new smartphone launching in 2014. Now, this next bit is pure speculation on our part, but given that carrier testing alone can take six months, and we're already nearly halfway through 2013, this strongly implies that a hardware deal has already been inked -- which means next year could potentially bring the biggest news in smartphone cameras since the eternally underappreciated Nokia PureView 808. Speaking of which, Pelican Imaging also has some intriguing things to say about what could happen if its array camera was paired with Nokia's PureView technology -- read on for more.%Gallery-187379%
Sharif Sakr05.02.2013
Nokia to invest in 'array' mobile cameras that use small lenses to capture big images
If the name Pelican Imaging rings a bell, it's possibly because we covered the company's array imaging camera prototype back in 2011. The technology uses multiple lenses that are relatively tiny in terms of how much space they take up in a mobile device, but which work together to capture an image of the same quality as a much larger camera -- just as array telescopes replace the need for one huge telescope. Now, it appears we weren't the only ones taking an interest, because Nokia's investment wing has revealed to Bloomberg that it's been watching the startup since 2008 and is currently planning to invest in it. Bo Ilsoe, of Nokia Growth Partners, describes Pelican's technology as "on the cusp of being commercialized" -- so who knows? One day, a future Lumia might house 41 megapixels, image stabilization and the voodoo known as plenoptics. In the meantime, there's a video after the break which sort of explains how the technology sucks in enough data to allow for focus to be adjusted after a picture is taken -- a trick which also sounds rather familiar.
Sharif Sakr04.30.2013
Adobe shows off plenoptic lenses that let you refocus an image after it's taken (video)
Yes, you read that correctly. The fevered dreams of crime scene investigators up and down the country are being brought to reality by Adobe, with just a single extra lens and some crafty software knowhow. Basically, a plenoptic lens is composed of a litany of tiny "sub-lenses," which allow those precious photons you're capturing to be recorded from multiple perspectives. The result is that you get a bunch more data in your image and an "infinite" depth of field, meaning you can toggle at what distance you want your image to be focused after the act of taking it. These plenoptic lenses are inserted between your shooter's usual lens and its sensor, though commercialization is sadly said to still be a fair distance away. Never fear, you can get hold of a video demo much sooner than that -- you know where it's at.
Vlad Savov09.23.2010
Adobe develops 3D camera technology, dubs it computational photography
At a recent event in France, Adobe showcased a prototype 3D lens that could essentially capture a scene from 19 slightly different angles simultaneously, giving photographers a lot more to work with when they return home for post-processing. Essentially, the firm boasted that by using this lens along with software designed to understand the 3D nature of the image, individuals could utilize newfangled tools such as a "3D healing brush" and make perspective shifts based on the different viewpoints originally captured. Dave Story, vice president of digital imaging product development at Adobe, called the technology "computational photography," and suggested that it could open up an entirely new window of image transformation opportunities. As always, these type of things are better explained in motion, so be sure and hit the read link to check out the video. [Via CNET]
Darren Murph10.09.2007