haptics
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This box transmits emotions to your hand
This slightly unwieldy looking machine can apparently deliver emotions to your hand through "mid-air haptics", pinpointing areas on your palm that are attuned to certain emotions, and stimulating them. A study from the University Of Sussex used an Ultrahaptics system to communicate emotions between test groups, with the haptic group stating significantly higher stimulation compared to a test group that was only shown a picture. (Mere optical stimulation? Pssch.) Dr Marianna Obrist, Lecturer at the Department of Informatics, has apparently figured out that stimulating different areas of the hand conveys different things: hot bursts of air to the area around the thumb, index finger and middle part of the palm generate excitement, while sad feelings can be delivered by slow and moderate stimulation on the outer palm and areas around the little finger.
New tech uses ultrasound to create haptics you can 'see' and touch
We've seen haptic feedback in mid-air before, but not quite like this. The folks from Bristol University are using focused ultrasound in a way that creates a 3D shape out of air that you can see and feel. We know what you're probably thinking: How do you see something made of air? By directing the apparatus generating it at oil. As you do. According to the school, the tech could see use in letting surgeons feel a tumor while exploring a CT scan. Or, on the consumer side of things, to create virtual knobs you could turn to adjust your car's infotainment system without taking your eyes off the road. The tech can also apparently be added to 3D displays to make something that's both visible and touchable. If you're curious about what it looks like in action, we've embedded a video just below.
Microsoft wants its smartphone screens to touch you back
While your fingers are in firmly in control of hand-held devices, they're guided strictly by your eyes -- and Microsoft thinks that's a waste of your sense of touch. Researcher Hong Tan found that using so-called haptics to add tactile sensations to screens can have some concrete benefits. For instance, by adding a keyboard-like "click" feeling to a Surface keyboard cover, one study showed that subjects could type faster and more accurately on it. Other potential uses include enhanced interfaces that let you feel resistance when you move a folder on the screen, or the ability to feel "textures" like rough cloth on a screen.
AblePlanet's haptic headset adopts Linx Fusion moniker, we go hands-on
In case you hadn't noticed, "next-gen" is sort of the theme of E3 2013, and the term applies to far more than just video game consoles. Take headphones, for instance -- Able Planet tells us that it's developed what it believes to be the next generation in personal audio: a haptic headset outfitted with ViViTouch technology. Put simply, these things subtly vibrate with an audio source, but in a non-distracting way. The company first showed us this device back at CES 2013, but that prototype was unnamed, rough around the edges and had limited control options. Today, AblePlanet introduced us to the final prototype for what it now calls its Linx Fusion headset. We gave the cans a listen to see what had changed.
AblePlanet preps a gaming headset with smart haptics, we preview the tech inside (hands-on)
Headsets with vibrating haptics aren't exactly novel -- we've already seen such offerings from Skullcandy as well as Sony. Now AblePlanet is coming out with something similar, but the underlying technology makes it considerably smarter than anything currently on the market. The company recently announced it's pairing up with haptics firm ViviTouch to make a gaming headset that offers different-feeling vibrations depending on what kind of music you're listening to, or what's happening in the game. The as-yet-unnamed headset will go on sale within the next six to nine months, according to AblePlanet, with pricing to be announced at a later date. Additionally, the companies plan to team up on other projects, including ear canal devices for field workers (firefighters, etc.) and even products for the hearing impaired. Before we get ahead of ourselves, though, we want to give you a quick preview of the headset, which we tested for a few minutes here at CES. Unfortunately, the set we tested today was merely a retrofitted NC1000CH plugged into a control box. Still, it gave us a good sense of what we can expect when the final product drops later this year. Meet us after the break to learn more.
Researchers suggest haptics and audio for discreet password input
You can use as complex as a password as you like, but that won't do you much good if someone's able to watch or record you entering it. Researchers Andrea Bianchi, Ian Oakley and Dong-Soo Kwon have some ideas for overcoming that little problem though, and recently put together a video demonstrating a few of the possibilities they've come up with. All of those rely on haptic input systems -- either on their own or in conjunction with some audio output (through headphones for privacy). That includes things like a dedicated haptic keypad or haptic wheel, and different methods that could take advantage of a haptic display on a smartphone. As you can see in the video after the break, some of those options could be a bit more time consuming than an easy-to-remember password, but there's certainly plenty of potential applications where security would trump convenience.[Thanks, An]
Haptics, iPads and all that jazz
Mike Rose posted earlier about the possible introduction of haptic features on the next generation iPad. Here at TUAW, we've been waiting for haptics to officially hit the iPhone and its iOS cousins for years. Haptics, the overarching term for technologies providing tactile sensory feedback, may seem like the natural evolution for touch screens. Haptic feedback is something more than a gimmick. It solves a real problem -- the lack of physical response on the otherwise featureless glass interface between the user and the device. Haptics can provide a sense of physical location and texture enhancement that can be used to create more realistic experiences. If you've used a Wii, you're more or less familiar with the idea behind haptic interfaces. On the Nintendo system, the rumble motor in the remote responds physically to the on-screen pointer position, letting you feel when you're hovering over buttons and other on-screen elements. On the Mac keyboard, little nubbins on the j and f keys allow touch-type users to instantly orient hand positions. On a hypothetical haptic iPad, these same kinds of touch cues could align fingers to onscreen elements. A basic iPad haptic interface would work in a similar manner to these buzzes and nubbins. An advanced one would expand the notion to include even more texture elements that provide sensory output for different kinds of on-screen features. Haptics are a clear win for the visually impaired, but they also expand the user experience for the young and the elderly, as well as the "standard" iPad owner, through location feedback and texture. Today's Guardian article has a very good write-up about the current state of the technology and what we may yet see on the iPad. Will it happen today? All of us at TUAW hope so.
Hands-on with Immersion HD Integrator hi-fi haptics
It was just over a year ago when we met with the folks from Immersion, and they showed us a prototype handset packing its HD haptics technology. Since that time, the piezoelectric actuator that makes the tactile magic possible has gone into mass production, and the first commercial device packing such hi-fi haptics, the Pantech Element, hit store shelves. Immersion's got greater aspirations for its tactile tech, however, and its new HD Integrator platform aims to put high fidelity haptics in every handset. We got to sample the HD haptics goods once again and chat with Immersion about the new platform and its technology, so head on past the break to see what the company has in store.
GTA III for Android hits 1.3, brings Liberty City to the Transformer Prime
Select iOS and Android devices have had the ability to terrorize Liberty City while on-the-go since December, but sadly those with Transformer Primes thus far have been left out of all that fun. Luckily, an update to the game ends that double standard, enabling Rockstar's classic to run on ASUS' tablet and Medion Lifetabs everywhere. It doesn't just bring expanded hardware support to the table though, as amongst other "technical fixes," the release also heralds new video display settings, Immersion haptics support and the capability of installing the game on a SD card. And fans of tactility, know that controls on the Xperia Play have been reworked, and it now boasts full support for GameStop's wireless controller. Still here? You shouldn't be -- grab the update in the source link below.
KDDI haptic smartphone prototype promises up to seven layers of touch, only shows off two
Ah, another possibly vaporous, yet intriguing addition to a long line of haptic patents and prototypes. Today's offering: a KDDI smartphone mockup (utilizing Kyocera display technology) promising to render sensation through multiple layers of applied touchscreen pressure. Imagine depressing a camera shutter on a touchscreen, and you've got the idea. KDDI only had a screen sporting two haptic layers on hand when they demoed the prototype at Wireless Japan this week, but Kyocera reportedly told Akihabara News that the technology is capable of up to seven layers of tantalizing touch. Neat. Maybe we'll get a few authentic haptic touchscreens on the market and do away with all the vibrational fakery we've been seeing.
Enzo's Pinball gets you all touchy-feely with your phone
We got a hands-on sample of Haptify's haptic-powered apps a couple months back and came away intrigued, but yearning for more. Well, the company is finally ready to sate our penchant for playtime physicality with its first game, Enzo's Pinball. The game debuts with three tables ("more coming soon"), and is designed to let you feel every bump, rattle, and ricochet as if it were the real thing. It isn't identical to its tangible counterpart, but it is an upgrade over the rumble-free digital competition. Haptify's haptic black magic works with handsets running Android 2.1 and up, so there's an awful lot of potential pinball wizards out there. You can grab the game in the Android Market and it'll cost $1.49 to give in to your tactile desires.
Immersion releases SDK to put haptics in Android, helps smartphones move what their makers gave them
About a month ago, we told you about Immersion's MOTIV dev platform to design Android apps with tactile feedback, and today its release has finally arrived. The SDK comes with predesigned haptic effects, sample code, and the ability to tweak the duration and intensity of the feedback -- allowing developers to perfectly tailor the amount of shake in your groove thang. Interested parties can hit up the source link for the SDK download and start indulging in the haptic dark arts immediately.
Immersion's MOTIV development platform integrates haptics into Android, we go hands-on
You may know that Immersion's haptic technology is in everything from surgical simulators to game controllers, but we're willing to bet you didn't know it's already baked into over 200 million existing devices -- including every Samsung Galaxy S smartphone and handsets by Nokia and LG. Now, using Android handsets' existing vibrator motors, a cheap software upgrade can inject force feedback into existing elements across the entire Android UI (2.2 and up), and with future devices -- built with multi-dollar piezoelectric actuators that vibrate the screen itself -- the haptic experience goes hi-fi. Now that it's revealed that little easter egg to the world, Immersion wants you to build some apps, and to that end it's releasing the MOTIV developer platform this March. Read all about it after the break. %Gallery-116198%
The Virtual Whirl: A brief history of Second Life
Second Life has just seen its seventh anniversary (called its seventh birthday, only it technically isn't -- the original birthday is in March, but the anniversary is in June. There's history there). It's also traditionally a time when Linden Lab and Second Life users most often treat each other as enemies and obstacles; and it is a time for retrospectives and for considering the future. With the departure of Linden Lab CEO Mark Kingdon (the press release release says "stepping down," but the day prior to the release many Linden staffers were saying that Kingdon was fired) Linden Lab has hit a turning point -- or the end of another era. Accordingly, over the next couple of weeks, we're going to look at the history of Second Life, starting back in 1999 and continuing to the present day. Or at least as much as we can cover the ten-year history of something so rich and diverse in the available space. Second Life is quite legitimately a phenomenon (and even won an Emmy award). It was also something of an accident, since it wasn't what Linden Lab started out to make.
Elektrobit and Wistron MIDs pop up under lock and key at CEATEC: hands-on
Remember that new and improved reference MID that Elektrobit (better known as EB) announced back at IDF? Yeah, that very device was on hand at Intel's booth at CEATEC, though not a soul was allowed to touch it. The unit was neatly planted beneath freshly Windexed glass alongside three others, two of which certainly put an impressive label on Wistron. We did learn that the EB slate would boast a 3.97-inch capacitive touchscreen with an 800 x 480 resolution, though further details on the lot were scant. Have a peek below to see if EB's take on the niche MID might actually cause you to take notice.%Gallery-75235%
EB improves reference MID, adds new UI and haptics support
We still get the impression that MIDs are struggling to find a market that cares about them, but with Intel refusing to give up hope just yet, a raft of manufacturers are on hand at IDF to showcase new reference designs. Take EB for example, which teased us briefly with its MID Reference at Computex. Now, the outfit is using the spotlight in San Francisco to announce a few key improvements on the device, which was produced in collaboration with Intel (surprise, surprise) and Ericsson. The highlights are an improved user interface and application framework -- which work together to improve multitasking -- and the inclusion of haptics, which enables the display to vibrate in response to a touch. The reference MID is primed and ready to be snapped up by some other manufacturer and introduced as their own, but the question remains: do we have any takers?%Gallery-73698% Show full PR text EB INTRODUCES GROUNDBREAKING ADVANCEMENTS TO ITS MOBILE INTERNET DEVICE (MID) REFERENCE DESIGNSophisticated New Features AddressConsumer Demands, Resulting in a Captivating Multimedia Experience powered by Intel winning technologiesSAN FRANCISCO (Intel Developer Forum 2009), September 22, 2009 - Building upon its next-generation EB MID Reference Device that was showcased earlier this year at COMPUTEX TAIPEI 2009, EB, Elektrobit Corporation (OMX: EBC1V), a leading developer of cutting-edge embedded technology solutions for automotive and wireless industries, is applying its creative expertise to unveil today, at INTEL DEVELOPER FORUM 2009, optimized features to its MID reference design. Working with Intel and Ericsson, the upgraded design transforms the device with stylish, multimedia improvements that are necessary in providing a fulfilling end-user experience.According to projections from ABI Research, worldwide MID shipments are expected to exceed 90 million units by 2012. With the global demand for flexible interfaces and multimedia functionality on the rise, EB has continued to spearhead the efforts of meeting customer needs by growing its pipeline of innovation, delivering new reference devices that customers and end-users require. Responding to the demand set by business professionals and young adults seeking flexible devices offering a pocket-able, media-centric experience that incorporates the power of a desktop computer for on-the-go portability, EB has further enhanced its MID reference design to answer the demands of the market, including:· An improved user interface (UI) and application framework – This enables users to multi-task and personalize the device through cutting-edge desktop features. The result takes self-expression to a heightened level of sophistication, providing an intuitive way for end-users to interact with phones and network services that operate as powerfully as the sense of touch itself.· Leveraging latest UI technologies, such as 3D, plasma desktop and haptics – EB has designed an experience that offers vivid, sophisticated appearances. Leveraging haptics makes it possible for end-users to touch and manipulate objects effortlessly, which is vital to exceeding user expectations of what a device should deliver."As consumers continue to seek out new devices that offer unique value and sophisticated applications in a pocket-able form factor, the rapid development of the MID market is something to pay close attention to," said Kevin Burden, Practice Director, Mobile Devices, ABI Research. "In an effort to keep up with consumer demands craving innovative products, partnering with a design shop that has particular expertise with MIDs, can add competitive advantages for vendors in the battle for consumer electronics market share." A complete EB MID Reference Device can be tailored to a customers' brand and target market requirements with a wide range of cellular connectivity options. By licensing EB's sophisticated MID reference design technology coupled with device customization services, customers - including wireless, CE and PC original device and equipment manufacturers, wireless operators, among others - gain the framework to quickly and cost-effectively bring to market innovative MID solutions that aim to increase competitiveness and revenue-potential."Since 2007, we have collaborated with both Intel and Ericsson on the world's first MID reference devices, we've leveraged our expertise and understanding of MIDs to transform basic concepts into cutting-edge designs that would enhance the end-user experience," said Vesa Kiviranta, vice president, EB Wireless Solutions. "The intuitiveness brought forth by advanced technological features in our reference design further adds to our credibility and extensive knowledge of the MID market."EB MID Reference Device was recently named a runner-up in the Best of 4G Awards for Best Mobile Internet Device, which was presented at the 4G World conference and expo. 4G World is an annual event that explores the entire ecosystem for next generation networks.
Trio of 'thin touchscreen phones' inbound for Nokia later this year?
One look at the N97 will tell you that Nokia intends to take this whole touch thing pretty seriously, and considering that we're talking about the largest handset maker in the world here, it shouldn't come as a surprise to anyone that they've got new touch models in the pipe; the volume and style of those new models, though, might be a little shocking. TheStreet.com is reporting "people familiar with the plan" as saying that Espoo will launch up to three different thin touch-enabled models by this fall using the VibeTonz tech it licensed from Immersion back in the day, suggesting that the company's more traditional non-touch S60 devices might have to start to share the spotlight equally with touchier brethren. VibeTonz should give Nokia plenty of options for tailoring haptic feedback based on user interaction, but here's our question: what the hell ever happened to Haptikos? [Via Unwired View]
Philips wants to get you in the movies -- or at least into a goofy vibrating jacket
Philips has definitely done more for sensory immersion than most with its amBX line of... things, but a general shortage of people willing to mount fans or rumbling wrist rests on their keyboards hasn't kept the company from developing what it thinks is next: a vibrating jacket. The unnamed and triangle-patterned coat features 64 little rumblers distributed throughout, all powered by a pair of AA batteries. The intent is to better immerse you into movies by, say, replicating a light touch running up either arm or simulating an actor's beating heartbeat -- "emotional immersion" they call it. We're not so sure this will be any more compelling than the vibrating vests companies have been trying to sell gamers (and the military) for years, but we do know that Philips had better watch out for lawyers from Immersion.[Via Slashdot]
Airborne Ultrasound Tactile Display creates haptic 3D objects you can poke
Sure, you may have your fancy vibrating controllers and liquid-injecting touch screens, but Takayuki Iwamoto wants you to play with the air. Iwamoto and some of his buddies at the University of Tokyo have come up with a way to use focused ultrasound to create manipulable virtual objects in space. Using multiple transducers, the "Airborne Ultrasound Tactile Display" creates an acoustic radiation pressure field. Holding your hand in the field allows you to "feel" the object, manipulate it, and feel response. Right now, the system only creates a vertical field, but you had better bet that Iwamoto is working on that. As for suitable applications, interest has already been shown from both industrial and gaming developers. No word on the hentai industry taking note, but that can't be too far away. Check the video after the break to see this tech in action.[Via BBC News]
Nokia's Haptikos tactile feedback tech revealed in patent application
It's been a while since we've heard anything about Nokia's Haptikos tactile touch screen technology, but with the unearthing of some juicy patent details, we finally know what's going on here. Basically, the tech uses layers under the touchscreen to allow control of surface roughness and friction. The patent describes a "plurality of closely space voltage controllable protruberances" that can raise or lower based on where the user is touching the screen, resulting in what feels like resistance and tactile feedback. Filled with fluid, the protruberances increase fiction and help users feel like they're actually touching something rather than poking at a plane of glass. No word on any devices with the new haptic tech, but we wouldn't be surprised to see this show up in some of their new touchy-feely handsets in the near future.[Via Unwired View]Read - Patent Application (warning: PDF)
