Fruit Ninja meets real Ninja with CamBoard’s Pico gesture camera (video)

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You can play Fruit Ninja with your fingertips, you can play it with your eyes, so it’s reasonable enough that hand waving should control it too. And while gesture-sensing technology is hardly new, Teutonic outfit pmdtechnologies has been teasing a miniaturized edition of its depth camera that’s ripe for embedding into small consumer electronics devices. All we’ve got so far is a short video (after the break) outlining its potential, but that’s enough to hope someone can go head-to-head with Microsoft in the space.

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Via: TechCrunch

Steelcase Gesture Chair Improves Your Gadget-Using Posture

From time to time, I’ve had a comfortable office chair. Though when you move, change jobs, etc., chairs seem to get a lower priority than more essential things. That being said, there’s something good about having a well-designed chair, which will let you sit for hours without feeling uncomfortable.

steelcase gesture chair smartphone tablet computer

While there are plenty of ergonomic chairs designed for working at a desk or computer, the Steelcase Gesture Chair was designed to be used comfortably with tablets and smartphones. The chair has got articulated arms that will adjust to support your arms and back, whether you’re holding your phone, tablet or laptop.

steelcase gesture chair smartphone tablet

It will support a wide variety of different postures and sitting positions, whilst always giving the right amount of support. This should work whether you’re touch-typing on your keyboard or browsing sites on your iPad.

The Steelcase Gesture Chair will be available this fall.

Steelcase Gesture chair adjusts to support our smartphone slump (video)

Steelcase Gesture chair supports our smartphone slump

As advanced as office chairs can be, they’re still based on one increasingly bad assumption: that we’re sitting upright in front of a traditional computer. Steelcase’s upcoming Gesture chair at last acknowledges that we’re living in a world of smartphones and tablets. Its back and seat shift in tandem to maintain support in any number of real-world postures, whether it’s leaning back to check text messages or curling up for an e-book. The armrests are equally flexible to save us from the added strain that comes from holding a gadget in-hand. As long as habitual mobile device users can wait until the fall release, and aren’t worried about the eventual price, the Gesture might literally have their backs.

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Via: Gizmodo

Source: Steelcase

Steelcase Gesture: A Smartphone-Friendly Office Chair

Finally acknowledging that very few people actually sit in an office chair the way it was designed to be used, Steelcase has created a new chair that caters to all the wacky poses we strike when using various devices. So while the new Gesture can still be used with a traditional keyboard and monitor setup, it’s also just as comfy for use with phones and tablets too. More »

Fujitsu’s Future Phones And Tablets Could Skip The Physical Keyboard And Watch Your Fingers Instead

fujitsu-keyboard2

For better or worse, the advent of smartphones and tablets mean that we’re rapidly moving away from the more tactile user experiences that were the hallmark of a bygone era in computing. As it turns out, the folks at Fujitsu are eager to close the book on the days of the physical keyboard if what they were showing off here at MWC was any indication.

Tucked away in a corner of Fujitsu’s booth here in Barcelona’s Fira Gran Via was a gentleman typing out words onto a tablet via a keyboard for anyone who would watch him. It sounds like a completely mundane occurrence, except the keyboard he was typing on wasn’t actually there.

Here’s the idea: thanks to some clever software and the front-facing camera on a tablet, Fujitsu has worked up a way for users to type on just about any flat surface. The software is purely a prototype at this point, but it doesn’t need anything in the way of exotic gadgetry to work properly — it appeared to be running just fine on a generic Fujitsu Windows 8 tablet, albeit with a lamp of sorts to keep the user’s hands nice and bright.

Using the gesture keyboard seems so simple when you’re watching it live — a person calmly tapping on the surface of a table is actually typing out sentences — but the underlying tech is nothing to sneeze at. There’s some serious machine learning going on here, as the system gets a feel for the features and movements of a user’s hands to determine their placement on a keyboard that really isn’t there.

Sadly, that means there’s a fair amount of optimization that needs to happen before someone could actually start using it. The Japanese gentleman pecking out missives on top of a table was kind enough to let me try it anyway, and while the camera clearly noticed my hand it wouldn’t track any of my finger inputs.

Apparently, the software is capable of using skin color to figure who it should actually be accepting input from — at that moment the system was setup to only track his alabaster hands, so my brown mitts were promptly ignored. Certainly a bummer for me, but a still useful feature, especially since one can never tell how many alien hands they’ll encounter as they try to get some work done on the go.

Fujitsu is considering turning this into a working product for inclusion on some of its tablets and smartphones and has been at it for a while now — company researchers published a paper on the concept back in 2011. Still, the gesture keyboard strikes me as one of those things that may be too clever for its own good in that it’s a very neat solution to a problem that doesn’t really exist. Trying to get some work done on a tray table on a plane? There’s plenty of room for a physical keyboard. Stuck slaving away in close quarters? Just pound out some text on the touchscreen.

The gesture keyboard is clearly very cool (it hearkens back to those neat laser keyboards) and I’d certainly love to a take it for a long-term spin, but I doubt that Fujitsu’s keyboard-less keyboard approach is one that will take the world by storm — for now. Its value as a standalone typing solution is questionable, but if Fujitsu baked it into a tablet or a phone as a novel alternative? Or better yet, if Fujitsu found some willing, ambitious OEM to license it to? Sign me up.

SwiftKey 4 launches with Flow, personal style detection (hands-on)

SwiftKey 4 launches with Flow, personalized recommendations handson

SwiftKey has been promising its own answer to Swype ever since it launched the SwiftKey Flow beta late last year, and the company’s retort is at last finished. The newly available SwiftKey 4 — Flow is just a component here — brings Android writers the promised gesture-based typing along with Flow Through Space, which lets users glide to the spacebar to keep typing rather than pause after every word. The upgrade also expands contextual word prediction to 60 languages, offers simpler corrections and watches for personal typing habits to adjust accordingly — it should learn whether you’re a hunt-and-peck newcomer or a seasoned pro blazing along with both thumbs. The update is free for existing users in both phone- and tablet-sized forms, and it’s temporarily priced at $2 (normally $4) to lure in anyone who isn’t happy with their existing input methods.

We gave the final version a spin on a Galaxy Nexus, and much of what we saw in the SwiftKey Flow beta holds true with SwiftKey 4. Anyone comfy with a gesture-based keyboard will be happy with the speed and accuracy here, especially when they don’t have to lift their finger between words. However, the previous quirks remain as well: Flow Through Space tends to melt down after a few words, so you’ll want to stop after “the quick brown fox” before you finish with “jumps over the lazy dog.” The style recognition is harder to gauge when this author is an an experienced user who’s only had a short while to teach the app any tricks, but the simplified corrections are handy for quickly polishing up a sentence. While we don’t feel that SwiftKey is orchestrating a revolution with version 4, it doesn’t have to — the appeal here is not having to give up SwiftKey’s generally well-regarded feel to get a feature previously reserved for competitors. It remains our go-to keyboard for those times we don’t like what Google or phone designers have to offer.

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SwiftKey 4 Best-Selling Android App Revolutionized with Innovative ‘SwiftKey Flow’ Gesture Typing

SAN FRANCISCO — February 20, 2013 – SwiftKey 4 launches today on Google Play with smarter features that make typing on a touchscreen faster, easier and more accurate. Available now at the promo price of $1.99 and as a free upgrade for existing users, the new release features a unique take on gesture typing called SwiftKey Flow.

SwiftKey Flow combines the mind-reading capabilities of SwiftKey’s personalized autocorrect engine with the speed of gliding your fingers across the screen. This revolutionary approach to continuous input begins predicting words from the moment a user touches the screen and goes on to predict their next word when they let go. A unique feature called ‘Flow Through Space’ also makes gesture typing more powerful than ever before by allowing users to enter entire phrases simply by gliding to the space bar between words.

SwiftKey 4 adds to everything that has made the app a bestseller since first launching in 2010. Users can still tap to type, the app constantly learns a user’s style to ease the frustration of entering long words and users can further personalize predictions by granting access to their Gmail, Facebook, Twitter, SMS or blog posts.

“Everyone’s had embarrassing autocorrect moments,” said Ben Medlock, SwiftKey co-founder and CTO. “That’s why we built SwiftKey to understand the context of words, not just their spelling. It works from the word go to adjust to you – from the phrases you write to how you touch the screen. It means you don’t have to worry about typing, it does all the hard work for you.”

The new features in SwiftKey 4 include:

* SwiftKey Flow – blending SwiftKey’s mind-reading next-word prediction and autocorrect with the speed of gesture typing
* Flow Through Space – lets users write entire sentences in one motion without ever having to lift their finger to add a space
* Support for contextual prediction across 60 languages – with new support for Albanian, Bosnian, Javanese, Sundanese, Thai and Vietnamese, all with dynamic auto-correction and next word prediction
* Easier corrections – tap on a word and SwiftKey 4 will move the cursor to the end of the word and offer two alternatives
* Personalized typing style – whether you write inaccurately with two thumbs or more carefully using a single finger, SwiftKey 4 now automatically adapts to how users type to provide more insightful corrections and prediction

Beta versions of the app have been tested by more than 200,000 SwiftKey fans over the last 11 weeks, with more than 2.4 billion characters flowed. A No.1 best-selling app on Google Play in 38 countries, SwiftKey is available in 60 languages and counting. For more information about SwiftKey, visit www.swiftkey.net.

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Source: SwiftKey

NEC’s spring all-in-one PC lineup melds TV with Twitter

NEC's spring allinone PC lineup melds TV with Twitter

Like all-in-one PCs, TV and Twitter? NEC’s new desktop PCs might just hit the spot — if you live in Japan, that is. The company just launched its spring 2013 lineup of Valuestar systems which will be available in two display sizes on February 7th. Valuestar W computers pack a 23-inch screen and Core i7 processor with the 3D-capable VW970/LS costing ¥235,000 ($2,550) and the 2D-only VW770/LS listing for ¥215,000 ($2,330). The Valuestar N series boast a 21.5-inch display and come in three versions: VN770/LS with Core i7 for ¥195,000 ($2,110), VN570/LS with Core i3 for ¥160,000 ($1.740) and the ¥125,000 ($1,360) Celeron 1000M-equipped VN370/LS. While there are no details on RAM or storage options, all PCs run Windows 8 with Office 2013, and feature TV tuners, Blu-Ray drives (DVD on the VN370/LS), DLNA support, Yamaha sound systems, built-in video tutorials and access to music.jp’s service. The 23-inch models provide instant-on TV functionality with three TV tuners (two for recording, one for viewing) while 21.5-inch units include dual TV tuners. NEC offers several ways to control the computer’s TV functionality: via standard remote control, using gestures (except VN370/LS), with a custom smartphone / tablet app and even from Twitter. Yes, you can now DM your Valuestar system (even when it’s turned off) and tell it to record TV — you can also have it monitor Twitter for certain keywords / TV shows and overlay a popularity meter. What could possibly go wrong?

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Via: AV Watch (translated)

Source: NEC

Movea gesture control coming to Orange’s Livebox Play TV system, launches next month

Movea gesture control coming to Orange's Livebox TV system, launches next month

In a bid to spruce up its hardware, European mobile operator Orange has drafted in Movea to bring gesture controls to its new set-top box. Running the SmartMotion server, movements will be picked up by Movea’s MEMS motion-sensing remote, with gestures for volume control, web browsing and even gamepad and joystick commands. The new Livebox Play will pick up ten “contextually aware” movements, with a ‘check’ gesture aimed to avoid the frustration at selecting items on a distant screen, while there’s also a close function embedded into the TV remote. Alongside gestures, the LiveBox Play service will offer the obligatory internet, social network and VOD bells and whistles, as well as access to games and apps on your big screen. Sick of buttons? The device is available on pre-order (for now, in France) and launches next month — we’ve embedded a quick demo of the remote’s precision after the break as a quick refresher.

Continue reading Movea gesture control coming to Orange’s Livebox Play TV system, launches next month

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Source: Livebox Play (Orange France)

A Telling Gesture: Qualcomm Acquires Assets Of Digital Ultrasound Company, EPOS, To “Differentiate” Next-Gen Snapdragon Chips

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Qualcomm Technologies, a subsidiary of mobile chipmaker Qualcomm, has announced it has acquired “certain assets” from Israeli company, EPOS Development, which develops low-cost, digital ultrasound positioning technologies for use in input systems such as pen, stylus and gesture recognition.

Here’s how EPOS describes its technology on its website

EPOS technology is based on the transmission of ultrasonic acoustic waves between two or more devices via a Transmitter and a software-based Receiver. The Transmitter, embedded within an input device, sends constant acoustic signals to the software-based Receiver that in turn, uses them to measure the distance and position of the pointing device.

Enabling advanced, embedded technologies for both 2 and 3 Dimensional input solutions, EPOS technology uses only standard MEMs microphones, making it low in cost and easy to integrate with only minimal hardware and design changes required.

Qualcomm said the acquired assets will be incorporated into its Snapdragon processor — a chipset used to power a large variety of Android and Windows Phone smartphones and tablets — in order to “strengthen and differentiate” the chipset, and support “powerful next generation user experiences” for smartphones, tablets and e-readers.

Qualcomm also noted EPOS’ technology works both on and off screen and in three dimensions — flagging up the potential for no-touch user interfaces to be deployed in future mobile devices, moving beyond the current preoccupation with touchscreens. Although Qualcomm also said it intends to provide “digital pen/stylus reference designs” to help accelerate adoption of EPOS’ ultrasound technology across “consumer, enterprise and education” markets — so it’s clearly not exclusively interested in gesture-based input mechanisms.

“As computing evolves beyond the PC, consumers are looking for intuitive new ways to interact with their mobile devices,” said Raj Talluri, senior vice president, product management, QTI, in a statement. “EPOS’ technology goes beyond the PC-era mouse and keyboard and enables touch-free gesture and pen interactions as user input mechanisms. Enabling this technology on Qualcomm’s Snapdragon processor will allow devices that accommodate a more mobile and multimedia-centric lifestyle.”

Some EPOS staff are joining Qualcomm and will be integrated into the chipmaker’s Israel’s R&D team where they will be working on “delivering new mobile device and service capabilities”.

Release follows below

SAN DIEGO, Nov. 16, 2012 /PRNewswire/ – Qualcomm Technologies, Inc. (QTI), a wholly owned subsidiary of Qualcomm Incorporated (NASDAQ: QCOM), today announced that it has acquired certain assets of EPOS Development, Ltd. (EPOS), a leading developer of ultrasound technologies for input solutions, including pen, stylus and gesture recognition. The company, based in Hod Hasharon, Israel, has developed digital positioning technology that enables device manufacturers to integrate advanced user input capabilities into a wide range of consumer devices.

“As computing evolves beyond the PC, consumers are looking for intuitive new ways to interact with their mobile devices,” said Raj Talluri, senior vice president, product management, QTI. “EPOS’ technology goes beyond the PC-era mouse and keyboard and enables touch-free gesture and pen interactions as user input mechanisms. Enabling this technology on Qualcomm’s Snapdragon processor will allow devices that accommodate a more mobile and multimedia-centric lifestyle.”

The acquired assets will further strengthen and differentiate Qualcomm’s Snapdragon processor, allowing unique and powerful next-generation user experiences for smartphones, tablets and e-readers. EPOS team members who are joining Qualcomm will be integrated into Qualcomm Israel’s R&D team and will be focused on delivering new mobile device and service capabilities.

The EPOS technology is based on the digital transmission of ultrasonic waves, enabling precise tracking by a receiver to enable multiple applications.

“Ultrasound technology provides device manufacturers a low-cost approach for integrating pen and stylus-based user interfaces into their products while gaining the benefit of a slew of new capabilities,” said Oded Turbahn, chief executive officer, EPOS. “Relative to other pen and stylus input solutions, the additional bill of material cost for the device is minimal as the technology does not require changes to the device’s screen and is independent of screen size. The EPOS team is excited about joining Qualcomm in working to further the potential of digital ultrasound.”

EPOS’ ultrasound technology provides a differentiated, high-resolution user experience that works on screen and off screen, as well as in three dimensions. Qualcomm intends to provide digital pen/stylus reference designs to help accelerate adoption of this technology in the consumer, enterprise and education markets.

About EPOS Development, Ltd.

EPOS Development, Ltd. is a leading provider of advanced digital positioning technologies. Headquartered in Israel and backed by Jerusalem Venture Partners (JVP), Walden Israel Venture Capital and Tel-Ad, EPOS develops next-generation input solutions for consumer electronics and mobile devices.

About Qualcomm Technologies

Qualcomm Technologies, Inc. (QTI), a wholly owned subsidiary of Qualcomm Incorporated (NASDAQ: QCOM), is redefining the way people incorporate wireless devices and services into everyday life. QTI and its subsidiaries operate substantially all of Qualcomm’s research and development activities, and product and services businesses, including Qualcomm’s semiconductor business, QCT. QTI’s developments enable opportunities across the wireless and wired value chains by making devices and networks faster, content richer and communications more personal and affordable to people everywhere. For more information, go to www.qualcomm.com.


Elliptic Labs develops touchless gesture control for Windows 8, assuages our fear of fingerprints (video)

Elliptics Labs develops touchless gesture control for Windows 8, assuages our fear of fingerprints

The rise of touchscreen Windows 8 PCs isn’t a happy occasion for anyone who’s been carefully keeping PC screens clean: years of slapping wayward hands have been undermined by an interface that practically begs us to smudge up the display. While we suspect it’s really aiming for ease of use, Elliptic Labs may have heard that subliminal cry for cleanliness while producing its new Windows 8 Gesture Suite, a touchless control system built for a very touch-focused platform. The company’s newest take on ultrasound control can pick up 3D hand motions near the display and invoke all of Windows 8’s edge swipes and scrolling without the extra effort (or grease) of putting skin to screen. The method doesn’t need a one-to-one map of the screen and can work even in pitch darkness, which leaves adoption mostly dependent on hardware support rather than any wary users — despite immediate availability for the SDK, PCs need extra microphones and transducers to drop the touch layer. If computers with the Gesture Suite arrive in the hoped-for 12 to 14 months, though, we can get back to obsessing over a fingerprint-free LCD while saving some physical strain in the process.

Continue reading Elliptic Labs develops touchless gesture control for Windows 8, assuages our fear of fingerprints (video)

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Elliptic Labs develops touchless gesture control for Windows 8, assuages our fear of fingerprints (video) originally appeared on Engadget on Wed, 14 Nov 2012 06:32:00 EDT. Please see our terms for use of feeds.

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