Tuesday, December 17, 2013

PointGrab will let you control devices and appliances by pointing at them

Source: http://www.engadget.com/2013/12/17/pointgrab-gesture-control/

The future of motion and gesture control is quickly approaching, and a few companies are already working hard to make this kind of a tech not just a reality, but also practical for general consumers. One such company, Tel Aviv-based PointGrab, has maintained radio silence for nearly three and a half years while working on its next-generation product, and it looks like we're finally going to see it at CES next month. Back in 2010, the company began integrating some of its tech into a few specific laptop models, and involved holding the palm of your hand straight up in front of a 2D webcam. PointGrab's next effort, however, takes that concept and refines it so that all you have to do is point your finger at an electronic device or home appliance and mimic touchscreen gestures in order to get it to do your bidding.

The tech, PointGrab tells us, works by "using depth information to create a 'transparent space' in front of the user, enabling a 'touch-like' operation of devices, but from a distance." Below the break you'll find two YouTube videos detailing the ideas. The first one shows off PointSwitch, which focuses on various appliances around your home: for instance, you can do things like dim the lights, pull down your shades, adjust your air conditioning and lock/unlock your door. The second video is for AirTouch, which lets you interact with your computer monitors, HDTV and other consumer electronics. We're still waiting to try it out for ourselves and get more details at CES next month. PointGrab tells us that we can expect to see the new tech integrated with manufactured products sometime in early 2014.

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Article: Silicon Image introduces mobile device cable technology that can transfer 4K Ultra HD video to TVs

The ecosystem that supports the transfer of the highest resolution videos from a smartphone to a TV just got a lot stronger. Silicon Image announced today it has created chips that support MHL 3.0 cables, which can transfer 4K Ultra HD video from a mobile device to a living room television or oth...

http://venturebeat.com/2013/12/16/silicon-image-introduces-mobile-device-cables-that-can-transfer-4k-ultra-hd-video-to-tvs/

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Article: Intel to buy Mindspeed Technologies to go after the telco base station market

Intel today said it would buy the wireless assets of Mindspeed Technologies in a deal whose terms were not disclosed. Mindspeed makes a variety of wireless telecommunications silicon, and on November 5 entered into an agreement to be acquired by M/A-COM Technology Solutions Holdings, a supplier o...

http://gigaom.com/2013/12/16/intel-to-buy-mindspeed-technologies-to-go-after-the-telco-base-station-market/

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Monday, December 16, 2013

drag2share: Here's A GIF Of A Homemade Drone Equipped With A Laser Gun

source: http://feedproxy.google.com/~r/businessinsider/~3/ldSUReDFlCg/homemade-laser-drone-2013-12

We've officially passed the point where "SkyNet" jokes go from being ironic references to "1984"-style warnings about the future.

Drake Anthony is a 20-year-old chemistry student at Southern Illinois University. Yesterday, he uploaded a video of a "homemade death ray laser drone bot" he built to his YouTube channel.  

The video has approximately 37,500 views, but Anthony really went viral was Reddit, where a GIF of his invention was voted to the top of r/gifs, a subreddit with over 1.6 million subscribers.

While the robot's 2-watt laser is only capable of popping balloons, it's hard to watch the GIF and not think about what full-scale military drones are capable of:

homemade death ray laser drone robot

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drag2share: Cornell 3D prints a working speaker -- coils, magnets and all

source: http://www.engadget.com/2013/12/16/cornell-speaker/?utm_source=Feed_Classic_Full&utm_medium=feed&utm_campaign=Engadget&?ncid=rss_full

From the sound if it, it's not a very good speaker. But then, that's not quite the point. What's particularly cool there is that a team of Cornell researchers created the whole thing using 3D printers -- the plastic shell and conductive and magnetic pieces. The speaker marks a step toward a larger utopian vision where entire products are fabricated using such techniques, not simply shells and other miscellany. That's still a ways off, of course. Aside from the clear (or no so clear) sound issues, there are some roadblocks. For one thing, there's the fact that the job still required two separate printers for different components. Also, the speaker had to be hooked up to wires to play the audio clip of President Obama name-checking 3D printing. Still, it's easy to see in the short clip below where things may be going.

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