mikejuk writes "Microsoft Research is currently having a Techfest at Redmond where it is showing off a lot of new work. The latest work on the Kinect uses the same sort of machine-learning approach to distinguish between an open hand and a clenched fist. Although there are no details, its general method was to use a large number of images of people's hands and supervised training to distinguish between open and closed hands. The learning algorithm is based on a forest of decision trees, which is the same general method used to implement the skeleton tracking. Being able to detect an open or closed hand might not seem to be much of an advance, and certainly not as good as a multi-gesture touch screen interface, but it is enough to allow the user interface to distinguish a "pick up" or "grip" gesture. So you can move the hands within an image, close both hands to grip the image points and move apart to zoom. You can't get the software at the moment, but it has been promised for the next version of the Kinect SDK for Windows along with the long awaited 3D scanner Kinect Fusion."

An anonymous reader writes "Canon announced today that it successfully developed a super high-sensitivity full-frame CMOS sensor developed exclusively for video recording. The new Full HD sensor can capture light no other comparable sensor can see and it uses pixels 7.5 larger than the best commercial professional cameras in existence today." There doesn't seem to be a gallery of images, but the video demo (direct link to an mpeg4) makes it seem pretty sensitive.

ios and web coder writes "An article at Ars notes, 'Unmanned aircraft crash. In fact, they crash a lot—though there's no recent specific data, the Congressional Research Service reported last year that despite improvements, "the accident rate for unmanned aircraft is still far above that of manned aircraft.' And while many of those accidents can be attributed to being exposed to hostile fire or operating in conditions when aircraft normally wouldn't, a significant percentage of drone crashes is caused by human error. A December 2004 FAA study of Defense Department drone crashes found human factors to be a causal factor in about a third of the cases they examined (PDF).' Drones are un-cheap. As yesterday's Super Hornet story noted, they are cheaper than manned planes... but not that much cheaper. Expect them to get more expensive. Also, as they get armed, the price paid for a bad UX decision could become quite tragic."

Deathspawner writes "Using a mobile device to control an application on a PC, media player or video game console, isn't too uncommon, but it is when the content being controlled is a game. Just how possible would it be to play a fairly fast-paced game on your PC via your mobile device? Google wanted to find out, so it crafted a game called Super Sync Sports, where you control an athlete on your desktop or notebook via controls on your phone or tablet. To make a game like this possible, Google turned to WebSockets for real-time collaboration between two devices, HTML5 for the audio, Canvas for the graphics, and CSS3 for the styling and transitions." It appears that it routes your controls through the Internet rather than locally. Something like this over bluetooth or wifi with a shared touch screen might be cool for electronic board games.

Press2ToContinue writes with this excerpt from ExtremeTech: "With products like Google's Glass, the Oculus Rift, and even certain features found on the Nintendo 3DS, augmented, mixed, and virtual reality are starting to make some headway in the consumer space. Canon, best known for its cameras, is looking to break into the mixed reality scene with its new head-mounted display. ... The core of the setup is the Canon HMD (head-mounted display) which works in conjunction with various sensors — optical and magnetic, as well as visual markers — to help create the mixed reality environment. The HMD employs two cameras located in front of each eye that captures video and shoots it off to an off-board, tethered computer. The computer then combines the real-world visuals with computer-generated visuals, and beams that back to two monitors placed in front of the eyes within the HMD. The unit combines with a development platform, dubbed the MR Platform, which allows companies to create mixed reality images to display on the HMD."

An anonymous reader writes "For a while now, John Carmack has been pushing to bring virtual reality technology back to the gaming world. VR was largely abandoned over a decade ago when it became apparent that the hardware just wasn't ready to support it. In 2013, things are different; cheap displays with a high pixel density and powerful processors designed for small systems are making virtual reality a... reality. One of the last obstacles to be conquered is latency — the delay between moving your head and seeing your perspective change in the virtual world. In a lengthy and highly-technical post at #AltDevBlogADay, Carmack has outlined a number of strategies for mitigating and reducing latency. With information and experience like this being shared with the game development community at large, it shouldn't be long until VR makes a permanent place for itself in our gaming lives."

Imagine not being able to move a mouse or use a keyboard to control your computer. Frustrating, right? A company Timothy Lord found at CES named Eyetech has a solution for this problem: an eye tracker system that can control your computer or TV (or whatever) purely through eye movements. This isn't something you buy on a whim; the system costs $3000. That's a lot, but Eyetech claims they were the first ones to produce a high-accuracy eye tracker for less then $20,000. Obviously, this is a boon to profoundly disabled people. But Eyetech's Keith Jackson says, in the video, that they also have customers who use Eyetech instead of a mouse because of carpal tunnel syndrome, and that with voice recognition and on-screen keyboards -- and Eyetech, of course -- you can use your computer without (literally) lifting a finger.

New submitter Nyder writes "In a move that is sure to bring tears to the eyes of kids everywhere, Connecticut State Senator Toni Harp proposed a bill in January that would ban anyone younger than 18 from playing 'violent point-and-shoot' video games in arcades or other public establishments. 'The bill also called for research into the effects of violent video games on young minds, through a committee called the Violent Video Game Task Force within the Department of Children and Families. The task force would advise the Governor and General assembly on state programs that "may reduce the effects of violent video games on youth behavior," suggesting before the research was done that violent video games have an effect on children's actions.' Hopefully this won't pass; I guess the video game lobby hasn't paid this Senator enough 'funds' for her campaign."

An anonymous reader writes "Whether or not you're an owner of Microsoft's Xbox 360, chances are you find the Kinect accessory intriguing, since you don't even need the company's console to use it. That's why there's so much excitement surrounding the console's successor, codenamed Durango: it will feature Kinect 2.0, the specifications for which allegedly leaked today. The new device will reportedly be able to track players with a height of one meter, feature a mode for both seated and standing players, detect hand states (such as open or closed), as well as extra and rotated joints. As for improved features, it will be able to supposedly track six rather than two active players, occluded joints, and sideways poses. This will all be possible thanks to an increased field of vision, 1920×1080 color stream, 512×424 depth stream, an added infrared stream, USB 3.0, and 60ms latency."

rtoz writes with a quick bite from rtoz.org about Google's latest news about Project Glass: "Google has released video preview of its forthcoming Google Glass wearable headset, providing a fresh, and more realistic look at the device's user interface. Based on the demo, Google Glass will allow users to receive and execute onscreen directions, send voice-controlled messages, and search the web through speech. The UI also includes voice-controlled photos, and suggests that the device will offer onscreen translation support. And, it looks like the Google Glass will be water-resistant. Google has previously said it is aiming to launch Glass by early 2014, though it is already pushing out developer editions priced at $1,500." They're looking for developers, but only if you're hip enough.

Tooke writes "I've developed focal hand dystonia from playing clarinet. It affects my right pinky (and my ring finger, but to a lesser extent). My pinky isn't totally unusable when typing; however, it isn't nearly as agile as it used to be. When I must press a key with it, I tend to keep the whole finger rigid and move my entire hand instead. I also use my ring finger to press the P and semicolon keys (on QWERTY) which is a bit awkward but better than using the pinky. Thus my question: are there any keyboard layouts that are optimized to reduce right pinky/ring finger usage? I switched to Programmer Dvorak a few years ago, but Dvorak seems to make me use my right hand significantly more than my left. I'm considering mirroring the letter keys so my left hand would be used more. I also came across the Workman layout which looks interesting. I might try using that after switching the numbers and symbols around to be more like Programmer Dvorak. Has anyone been in a similar situation? What else could I do to make typing more comfortable? I've got a long career ahead of me as a programmer (I'm currently a high school senior) and I'd like to take care of my hands as much as possible."

Hesh writes "The space-pirates themed Project Holodeck game is a VR game that is initially targeted for the Oculus Rift and will marry VR with a world so interactive and immersive that it feels like you can reach out and touch it. Ben Lang over at RoadToVR recently got a chance to sit down with the team and try it out. He came out extremely impressed with how immersive the experience was: '...at one point I needed to set the Razer Hydra controllers down to adjust my helmet and I nearly tried to set them down on a virtual table next to me. There was no table in real life — had I not quickly realized what I was about to do, I would have dropped the controllers straight onto the floor below.'"

MatthewVD writes "In 2006, researcher Mark Changizi came up with a novel theory for why humans evolved with color vision: to detect social cues and emotions in others. He built glasses called 02Amps to enhance perception of blood pooling. Some hospitals have tried using the glasses to see bruising that's not visible unaided, or help nurses find veins. But it turns out now that the glasses might be able to fix some forms of colorblindness, too."

An anonymous reader writes with a link to an intriguing account of the challenge of designing a close-range, hand and finger-based gesture recognition interface using 3D cameras. Things like this look good in science-fiction, but it's hard to create a gesture-based system that makes sense to the user and rejects gestures not meant for the computer.

FatLittleMonkey writes "Researchers in Germany have developed a device that allows users of portable devices, such as smartphones, experience force-feedback from games using just their own muscles... and a small EMS device. When stimulated by a painless electric pulse, the player's arm moves the device in whichever direction the game commands. The player then fights the movement with their other muscles, creating a strong sensation that the device itself is bucking in their hands. According to the developers, users found the sensation much more realistic than traditional vibrotactile feedback. (Should make PvP more interesting too.)"

waderoush writes "In November, Lytro, the maker of the first light field camera for consumers, upgraded its viewer software to enable a feature called 'Perspective Shift.' In addition to refocusing pictures after they've been taken, Lytro audiences can now pivot between different virtual points of view, within a narrow baseline. This 3-D capability was baked into Lytro's technology from the start: 'The light field itself is inherently multidimensional [and] the 2-D refocusable picture that we launched with was just one way to represent that,' says Eric Cheng, Lytro's director of photography. But while Perspective Shift is currently little more than a novelty, the possibilities for future 3-D imaging are startling, especially as Lytro develops future devices with larger sensors — and therefore larger baselines, allowing more dramatic 3-D effects. Cheng says the company is already exploring future versions of its viewer software that would work on 3-D televisions. 'We are moving the power of photography from optics to computation,' he says. 'So when the public really demands 3-D content, we will be ready for it.'"

Zordak writes "Micron has recently landed U.S. Patent 8,352,745, which claims priority back to a February 2000 application---well before Apple's 2004 slide-to-unlock application. While claim construction is a highly technical art, the claims here are (for once) almost as broad as they sound, and may cover the bulk of touch screen smart phones on the market today. Dennis Crouch's Patently-O has a discussion."

mynamestolen writes "In order to read paper-based books many visually impaired people want to attach a webcam to a computer and attach the computer to a TV. Some Electronic Magnifiers are purpose-built to provide a similar solution. Different organisations around the world (such as in the UK) have help pages. But I have not been able to find a guide to set up my own system. So I'm asking Slashdot readers how to go about it. What is the best camera to use if I want to hold the camera in my hand and point it at book or magazine? What parameters should I adjust, either in the software or on the camera? Depth of view, refresh rates, contrast, color balance and resolution might be key problems. My system is Linux and getting drivers for a good camera might also be a problem."

hypnosec writes "Stephen Hawking's ability to communicate has been deteriorating over the years and as it stands, he is only able to communicate at the rate of 1 word per minute. Intel CTO Justin Rattner has revealed that they are working on an interface that will boost the scientist's speech to up to 10 words per minute. Beyond twitching his cheek, Hawking is also capable of other voluntary facial expressions which can be tapped to achieve faster communications with the help of a better character interface and a better word predictor."

An anonymous reader writes "With CES all wrapped up, an article at CNET discusses a definite trend in the laptops on display from various manufacturers this year: touchscreens. Intel and Microsoft are leading the way, and attempting to grab the industry's reins as well: '... just to make sure the touch message was crystal clear, Intel issued an edict to PC partners during its CES keynote: all next-generation ultrabooks based on its "Haswell" chip must be touch.' With tablets and detachable/convertible computers coming into the mainstream, it seems the manufacturers have something to gain by condensing their production options. The article says, 'What does that mean to consumers? Your next laptop will likely be touch, whether you like it or not.'"