forgot_my_username writes "The MIT Media Lab is developing a motion screen computer. It looks back at you. It measures light and gestures, and uses those to control the interface. 'Imagine every pixel on your LCD screen emitting light could also be receiving light,' said Ramesh Rakar, an Associate Professor at the Media Lab. They even mention the health benefits of not touching displays."

andylim writes "At EclipseCon 2010 attendees were challenged to create a robotic control system to drive a NASA-provided robot across a prototypical Mars landscape. To win the EclipseCon e4-rover Mars challenge, developers could either prove their e4 programming skills by creating the best e4-Rover client, or use an e4 client to operate the Rover through a series of tasks to collect points. Software architects Peter Friese and Heiko Behrens built an iPhone client for the EclipseCon challenge which controls the robot around NASA's Mars landscape using the iPhone's accelerometer."

An anonymous reader writes "Not yet, but it could. German artificial intelligence researchers are combining JavaScript with eye-tracking hardware to create 'text 2.0,' which 'infers user intentions.' Unimportant words also fade out while you're skimming the text, and a bookmark automatically appears if you glance away. It can pronounce the words you're reading, and reading certain words can trigger the appearance of footnotes or even translations, biographies, definitions, and sound effects or animations, almost like the truly interactive books in Neal Stephenson's The Diamond Age. 'With the help of an eye tracker, Text 2.0 follows your progress and presents effects just in time,' the researchers explain in a video. Meanwhile, DFKI has already created a free 'Processing Easy Eye Tracker plugin' (or PEEP) to manipulate windows with what they call 'gaze-controlled tab expose,' while there's speculation similar technology may be adopted by Apple. Apple has already purchased Tobii's eye-tracking hardware, and 'Whether these are for internal research only or for a future product, Apple is characteristically not saying.'"

An anonymous reader writes "How about typing on a computer just by thinking about it? The downside is you have to wear a skull cap with electrodes that capture your brain waves like an EEG machine. According to this EE Times story, a team of researchers from Belgium and the Netherlands has presented Mind Speller, a thought-to-text device intended to help people with movement disabilities. The system does rely on a lot of processing on a remote computer, but it is a wireless system. And these thought-to-computer systems have wider applicability than medical support. One of the research groups involved in this development has already looked at wireless electroencephalography (EEG) to enable measures of emotion to be fed back into computer games."

SlashD0tter writes "Many older sound cards were shipped with line-out, microphone-in, and a line-in jacks. For years I've used such a line-in jack on an old Windows 2000 dinosaur desktop that I bought in 2000 (600 Mhz PIII) to capture the stereo audio signal from an old Technics receiver. I've used this arrangement to recover the audio from a slew of old vinyl LPs and even a few cassettes using some simple audio manipulating software from a small shop in Australia. I've noticed only recently, unfortunately, that all of the four laptops I've bought since then have omitted a line-in jack, forcing me to continue keeping this old desktop on life support. I've looked around for USB sound cards that include a line-in jack, but I haven't been too impressed by the selection. Is the line-in jack doomed to extinction, possibly due to lobbying from vested interests, or are there better thinking-outside-the-box alternatives available?"

An anonymous reader writes "Quantum film could replace conventional CMOS image sensors in digital cameras and are four times more sensitive than photographic film. The film, which uses embedded quantum dots instead of silver grains like photographic film, can image scenes at higher pixel resolutions. While the technology has potential for use in mobile phones, conventional digital cameras would also gain much higher resolution sensors by using quantum film material." The original (note: obnoxious interstitial ad) article at EE Times adds slightly more detail.

Internal Microsoft documents obtained by Joystiq indicate that its Xbox 360 console will gain support for USB storage devices some time this Spring. "According to the document, the USB mass storage device must be at least 1GB and the system will do a compatibility check. 'The system partition occupies 512 MB of space, and by default the consumer partition occupies the remainder of the device capacity, or 16 GB, whichever is smaller.' Upon inserting a blank USB storage device, 'consumers are offered two choices: "Configure now" or "Customize."' The 'Configure now' option will use 'the entire device capacity, up to the maximum of 512 MB plus 16 GB,' meaning, regardless of the overall size of the device you're using, the Xbox will only enable 16 GB of usable, non-system storage. The 'Customize' option will allow you to 'preserve some pre-existing, non-console data on the device' such as music." There have also been rumors of a new, smaller form factor for the 360, and hacker Ben Heck has given his thoughts on some leaked motherboard pictures.

The $64,000 question about Sony's upcoming motion control system, the PlayStation Move, is how responsive it will be compared to traditional console controllers and its counterparts from Nintendo and Microsoft. Eurogamer slowed down videos of Sony's tech demo software to establish a rough baseline latency that developers will have to work with. Quoting: "While exact latency measurements aren't possible in these conditions, a ballpark idea of the level of response isn't a problem at all. The methodology is remarkably straightforward. Keep your hand as steady as possible, then make fast motions with the controller. Count the frames between your hand moving, and the motion being carried out on-screen. Equally illuminating is to stop your movement suddenly, then count the frames necessary for your on-screen counterpart to catch up. While not 100 per cent accurate, repeat the process enough times and the frame difference becomes fairly evident. Bearing all of that in mind, and recognizing that we don't know how much latency the display itself is adding, I'd say that a ballpark figure of around 133ms of controller lag (give or take a frame) seems reasonable, certainly not the ultra-fast crispness of response we see from games like Burnout Paradise or Modern Warfare, but fine for most of the applications you would want from such a controller."

An anonymous reader writes "Banks will be offering a new service at the end of the year that will let customers take a photo of a paper check and have it be deposited in their bank accounts, making the smartphone one step closer to an ATM."

An anonymous reader writes "IEEE Spectrum reports that Tokyo University researchers have developed a superfast book scanner that uses lasers and a high-speed camera to achieve a capture rate of 200 pages per minute. You just quickly flip the book pages in front of the system and it digitizes the pages, building a 3D model of each and reconstructing it as a normal flat page. The prototype is large and bulky, but if this thing could be made smaller, one day we could scan a book or magazine in seconds using a smartphone." The article mentions Google's similar dewarping system; the difference here is speed.

An anonymous reader writes "Researchers from the University of Liege in Belgium have been able to perform real-time video analysis on a regular Canon digicam (video link) without any hardware modification. The results are shown directly on the digicam's screen. They use a hacked version of a popular open-source alternative firmware for Canon cameras: CHDK. This is a proof-of-concept that computer vision algorithms can now be embedded on regular Canon digicams with little effort (CHDK is coded in C). What other popular vision algorithms could be implemented? For what purpose?" You can get some idea about ViBe from this abstract at IEEE; basically, it allows background extraction in moving images.

Zen found this story about a blind soldier using a lollypop-sized tongue sensor to 'see.' The system actually enables him to walk and read unaided. The guy says, "It feels like licking a nine-volt battery or like popping candy. The camera sends signals down onto the lollypop and onto your tongue, you can then determine what they mean and transfer it to shapes."

An editorial at Eurogamer delves into what Sony and Microsoft hope to achieve with their upcoming console motion control systems, despite entering the market several years after Nintendo set the standard. "The cards Sony has placed on the table this week suggest one answer to that question. It sees PlayStation Move as being an upgrade path for Wii owners — an invitation to the tens of millions of consumers who have invested in Nintendo's platform to swim upstream to the more powerful, HD-enabled system. Yet even Sony's most optimistic view of the market will be tempered by a dose of realism here. ... What's more likely — and what Sony are probably quietly hoping to achieve a significant proportion of the Move's success through — is that the technology will expand the appeal of the PS3 in the family setting." The Digital Foundry blog has an in-depth look at the PlayStation Move from Sony's event at the Game Developers Conference, saying, "... if there was one positive you could take away from the event, it was that Move is clearly a far more precise implementation than the Wiimote. Some of the games felt clearly more 'tactile' than the Wii equivalents."

sglines writes "Over the last couple of years I've been slowly getting deaf. Too much loud rock and roll I suppose. After flubbing a couple of job interviews because I couldn't understand my inquisitors, I had a hearing test which confirmed what I already knew: I'm deaf. So I tried on a set of behind-the-ear hearing aids. Wow, my keyboard makes clacks as I type and my wife doesn't mumble to herself. Then I asked how much: $3,700 for the pair. Hey, I'm unemployed. The cheapest digital hearing aids they had were $1,200 each. If you look at the specs they are not very impressive. A digital hearing aid has a low-power A-to-D converter. Output consists of D-to-A conversion with volume passing through an equalizer that inversely matches your hearing loss. Most hearing loss, mine included, is frequency dependent, so an equalizer does wonders. The 'cheap' hearing aids had only four channels while the high-end one had twelve. My 1970 amplifier had more than that. I suppose they have some kind of noise reduction circuitry, too, but that's pretty much it. So my question is this: when I can get a very good netbook computer for under $400 why do I need to pay $1,200 per ear for a hearing aid? Alternatives would be welcome."

itwbennett writes "In a 45-minute press conference at the Game Developers Conference in San Francisco, Sony announced its motion controller, officially named the Playstation Move. The Move consists of the Eye Toy (a camera pointed at the player) and a wand-like controller with a lighted ball at the end and a range of buttons on the shaft, writes blogger Peter Smith. 'Alternatively games can use two of the wands, or one wand and one "sub-controller" that has an analog stick (the camera is always required),' says Smith. 'If this is sounding very much like the Wii's Remote and Nunchuk well, you aren't far off (though at least there's no cable between the two parts to smack you in the face when things get heated).' Here are Smith's thoughts on the demo: 'All in all, the demos seemed OK, but I, at least, wasn't really blown away by any of them. That said, it's always hard to tell how well these systems work without actually trying them for yourself. You need to feel the connection (or lack thereof) between what your hands are doing and what's going on on-screen in order to be sure. For example, in the boxing demo the player did a quick spin move that led to a roundhouse punch. It's hard to say if his motion triggered a pre-set action (a 'combo') or if the system was able to track the controller that accurately, and was able to 'connect the dots' from when his body briefly occluded the wand to when it reappeared.'"

alobar72 writes "I have quite a few old maps (several hundreds; 100+ years old, some are already damaged – so time is not on my side). What I want to do is to digitize them and to apply geo-coordinates to them so I can use them as overlays for openstreetmap data or such. Obviously I cannot put those maps onto my €80 scanner and go. Some of them are really large (1.5m x 1.5m roughly, I believe) and they need to be treated with great care because the paper is partly damaged. So firstly I need a method or service provider that can do the digitizing without damaging them. Secondly I need a hint what the best method is to apply geo coordinates to those maps then. The maps are old and landscape and places have changed, it maybe difficult to identify exact spots. So: are there any experiences or tips I could use?"

Barence writes "A debate that crops up time and again is whether it's better to have a dedicated keyboard on your smartphone or whether an on-screen keyboard with text correction is adequate. Some phones with screen-based keyboards have started to provide tactile feedback, either using an ultra-quick spin of their vibration alert or, like the BlackBerry Storm2, using clever piezo-electric technology to simulate the feel of a button press. But which system works best? PC Pro's Paul Ockendon gathered six of the most popular handsets around and put them through a timed typing test to see which proved quickest and most typo-free."

Pickens writes "The Washington Post reports that professors have banned laptops from their classrooms at George Washington University, American University, the College of William and Mary, and the University of Virginia, among many others, compelling students to take notes the way their parents did: on paper. A generation ago, academia embraced the laptop as the most welcome classroom innovation since the ballpoint pen, but during the past decade it has evolved into a powerful distraction as wireless Internet connections tempt students away from note-typing to e-mail, blogs, YouTube videos, sports scores, even online gaming. Even when used as glorified typewriters, laptops can turn students into witless stenographers, typing a lecture verbatim without listening or understanding. 'The breaking point for me was when I asked a student to comment on an issue, and he said, "Wait a minute, I want to open my computer,"' says David Goldfrank, a Georgetown history professor. 'And I told him, "I don't want to know what's in your computer. I want to know what's in your head."' Some students don't agree with the ban. A student wrote in the University of Denver's newspaper: 'The fact that some students misuse technology is no reason to ban it. After all, how many professors ban pens and notebooks after noticing students doodling in the margins?'"

An anonymous reader writes "When beginning to use keyboards I did not pay much attention to touch typing technique. Instead, I eventually achieved decent rates by simply doing what felt natural to me. These days my qwerty typing speed is in the range of 90-110 WPM, probably more toward the lower end. While this isn't too shabby, I feel some awkwardness in my technique (such as not using my little and ring fingers when I really should). Has anyone been in a similar situation, wanted to fix it, and actually done so? What do you reckon is the best way to fix half-broken typing? Touch training sessions? Should I switch to Dvorak and pretty much learn typing from scratch, but properly this time?"

Perhaps most well known for their netbook innovations with the Eee PC, Asus is at it again with their latest rollout at CeBIT Germany. The "Waveface Light," a new concept laptop, can be used as a conventional laptop or converted to a tablet by removing the keyboard and opening it to a completely flat position. Sounds like either a stroke of genius or a "small widget broke and now it's worthless" design issue.