Bell Labs’ lensless camera takes photos with a tiny amount of data

Bell Labs' lensless camera takes photos with a tiny amount of data

Although there have been attempts at lensless cameras before, few of them would replace our point-and-shoots when they’re frequently expensive, or capture photos outside of the visible light spectrum. We shouldn’t have either of those problems with Bell Labs’ new prototype. The experiment uses an LCD as a grid of apertures that filter the light reaching a sensor. As that sensor can piece together an image simply by grabbing random aperture samples and correlating the data, it only needs a sliver of the usual information to produce a usable shot. The lens-free, mostly off-the-shelf approach could lower the costs of both the sensor and the overall camera, but it could also lead to simpler comparison tools: the correlation makes it easier to tell if an object is missing, for example. Bell Labs hasn’t talked about any production plans, but we have a hunch that Alcatel-Lucent would rather not let its research wing’s technology go to waste.

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Via: MIT Technology Review

Source: Cornell University Library

Bell Labs doubles beams in fiber optic lines to reach 400Gbps on a global scale

Bell Labs doubles light in fiber optic lines to reach greater distances

It’s comparatively easy to run fiber optic lines at high speeds; it’s another matter to sustain that pace between continents. Alcatel-Lucent’s Bell Labs has found a way to go that extreme distance by relying on the basic concept behind noise-cancelling headphones. When the researchers send data across two light beams in opposing phases, they can superimpose the signals and neutralize the distortion that would normally occur at long ranges. Such clean output lets Bell Labs ramp up the signal strength and maintain high speeds across whole oceans: its test pushed 400Gbps through 7,954 miles of fiber. There’s no word on how soon we’ll see twin-light technique put into practice, although we suspect that a networking giant like Alcatel-Lucent wants the extra bandwidth as quickly as possible.

[Image credit: JL Hopgood, Flickr]

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Via: BBC News, The Verge

Source: Nature Photonics

RITE Project aims to conquer internet lag, eliminate excuses for game noobs

RITE Project aims to conquer internet lag, won't leave excuses for gaming noobs

Lag: it’s the bane of video chats, VoIP calls and Call of Duty players trying to keep a streak going. The European Commission must be as irked by delays and drops as we are, as it’s giving €3.6 million ($4.8 million) over three years to help three universities, Alcatel-Lucent Bell, Institut Mines-Telecom and Simula Research Labs defeat lag through the RITE (Reduce Internet Transport Latency) Project. The initiative hopes to find new ways to cut lag on both the network itself as well as endpoints, like servers. If the networking research alliance hits the jackpot, it hopes to make standards of any proposed changes. Without a specific direction, it’s not clear that RITE will lead to instant-response connections. Should there be much success, however, we’ll only have ourselves to blame for flaky gameplay.

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Via: The Register

Source: University of Aberdeen

Apple and LG sued by Alcatel-Lucent’s Multimedia Patent Trust over alleged patent infringement

Uh-oh, it looks like both Apple and LG could be in trouble after Alcatel-Lucent’s Multimedia Patent Trust filed a lawsuit against both companies alleging that they infringed upon patents with regards to video compression technology. According to the patent trust’s attorney, Frederick Lorig, it seems that they have given Apple and LG a chance to license their patents but both companies did not do so, while claiming that 33 other companies have already licensed their patents and have paid about $190 million in licenses to date.

The devices named in the lawsuit includes Apple’s iPhone, iPad, iPod and MacBook computers, while the LG devices that are allegedly infringing upon the video compression patents include the Chocolate Touch VX8575, Bliss UX700, Touch AX8575, Lotus Elite LX610, Mystique UN610 and Samba LG8575. According to Apple and LG, the MPT has been paid for the technology on a pay-as-you-go basis, and are claiming that the trust is trying to extend the coverage of their patents by including new technology, with LG claiming that the MPT are trying to “double dip” and are suing for technology they do not own. The trial is expected to conclude in two weeks, so hopefully we will be able to know more by then.

By Ubergizmo. Related articles: Apple Reportedly Dumping Samsung In Favor Of TSMC, Samsung Galaxy Devices Banned In Netherlands,

Alcatel-Lucent flies Parrot AR.Drone 2.0 over 3,280 feet using LTE: reach out and buzz someone (video)

AlcatelLucent flies Parrot ARDrone 20 over 3,280 feet with LTE reach out and buzz someone video

The Parrot AR.Drone 2.0 is many good things, but “long-ranged” isn’t what comes to mind with a 165-foot maximum distance between pilot and quadrocopter. Not to be daunted, Alcatel-Lucent has conducted a test with an ad hoc LTE network, a USB modem and a smartphone to see just how far the remote-controlled aircraft could go on 4G. In practice, quite far: thanks in part to the inherently wide coverage of the 800MHz band in France, the team flew the AR.Drone more than 3,280 feet (one kilometer), all while streaming 720p video of the farmland below. Besides giving us ideas for a North by Northwest remake, the flight emphasized the possibilities that come when we have access to a long-distance wireless link with high bandwidth, such as monitoring crops or some very literal field journalism. The challenge will be convincing Alcatel-Lucent to share its trick and let us pester our not-so-next-door neighbors.

[Thanks, Vincent]

Continue reading Alcatel-Lucent flies Parrot AR.Drone 2.0 over 3,280 feet using LTE: reach out and buzz someone (video)

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Alcatel-Lucent flies Parrot AR.Drone 2.0 over 3,280 feet using LTE: reach out and buzz someone (video) originally appeared on Engadget on Thu, 04 Oct 2012 22:23:00 EDT. Please see our terms for use of feeds.

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