blee37 writes "Researchers at Carnegie Mellon demonstrate 'popping out' touch screen buttons to become physical buttons using pneumatics. The idea is to combine the dynamic reconfigurability of touch screen buttons with the tactile feedback of real buttons. The technology could be applied where tactile feedback is currently lacking, such as in car navigation systems, ATMs, or cell phones."

blee37 writes "This is a side-by-side comparison of the Apple and Microsoft multi-touch mice. It includes video demonstrations of using the mice in applications, first-person shooters and 3D manipulation. It also has new photos of the internals of all the mice."

Lucas123 writes "Scientists at Intel are working on developing sensors that would be implanted in a person's head in order to harness brain waves that could then be used to control computers, televisions, cell phones and other electronic equipment. Intel has already used Functional Magnetic Resonance Imaging (FMRI) machines to determine that blood flow changes in specific areas of the brain based on what word or image someone is thinking of. People tend to show the same brain patterns for similar thoughts. 'Eventually people may be willing to be more committed ... to brain implants. Imagine being able to surf the Web with the power of your thoughts.' said Intel research scientist Dean Pomerleau."

DesScorp writes "Over the past few years, the City of Chicago has installed video cameras all over the city. Now the Wall Street Journal reports that the city has not only installed its own cameras for law enforcement purposes, but with the aid of IBM, has built a network that possibly links thousands of video surveillance cameras all over Chicago. Possibly, because the city refuses to confirm just how many cameras are in the network. Critics say that Chicago is becoming the city of Big Brother. 'The city links the 1,500 cameras that police have placed in trouble spots with thousands more—police won't say how many—that have been installed by other government agencies and the private sector in city buses, businesses, public schools, subway stations, housing projects and elsewhere. Even home owners can contribute camera feeds. Rajiv Shah, an adjunct professor at the University of Illinois at Chicago who has studied the issue, estimates that 15,000 cameras have been connected in what the city calls Operation Virtual Shield, its fiber-optic video-network loop.' There are so many camera feeds coming in that police and officials can't monitor them all, but when alerted to a situation, can zoom in on the area affected. The ACLU has requested a total number of video feeds and cameras, but as of yet, this information has not been supplied."

JimXugle writes "El Mundo reports that Spanish researchers at The University of Lleida have used a modified optical mouse to detect counterfeit €2 coins (Original article, in Spanish) with a success rate comparable to that of an expert trained to do so. Details are to be published freely in the journal Sensors."

scruffybr writes "Today the first information about the pricing and launch of Microsoft’s Project Natal has emerged. The pricing for the hardware will be much much lower than many had anticipated, coming in at around £50 when sold separately from the console. The idea being that it’s low enough that people will purchase on impulse."

stupendou writes with this excerpt from the New York Times: "Microscopes are invaluable tools to identify blood and other cells when screening for diseases like anemia, tuberculosis and malaria. But they are also bulky and expensive. Now an engineer, using software that he developed and about $10 worth of off-the-shelf hardware, has adapted cellphones to substitute for microscopes." But not based on optical magnification: the article explains that Aydogan Ozcan, a UCLA assistant professor of electrical engineering, has combined the wireless transmission abilities and imaging sensors now typical in wireless phones to make the phones capable of detecting cell abnormalities and more by capturing wave interference patterns from body fluids — like blood — and sending them on for analysis.

Update 20091108 15:03 GMT by timothy: Dave Bullock mentions this gallery he shot last year for Wired showing how a phone is hacked to add microscope abilities. "The new version looks a bit more polished, to say the least," he writes.

An anonymous reader writes "It's not just Microsoft investigating full body, markerless motion capture. Sony has enlisted the help of Swiss firm Atracsys to develop similar technology. Sony has openly discussed the technology with New Scientist, and has realistic expectations for the new system — it can capture broad body gestures but not individual fingers. That's just one trade-off needed in order to develop a real-time system that anyone can use, according to a markerless motion-capture expert." It's still in the early stages of development, but the accompanying video shows the use of face-recognition software as well. The demo game has players moving their heads left or right to position their character, and then smiling to "catch" an object.

An anonymous reader writes "WarMouse has announced their new multi-button OpenOfficeMouse for OpenOffice.org at the 2009 OOoCon in Orvieto, Italy. The mouse, which features 18 buttons, a scroll wheel, and an analog joystick, has double-click functionality on every button and stores up to 63 application and game profiles in its 512k of flash memory. The OpenOfficeMouse runs on Windows, Linux, and OS X; its customization software will be released as free and open source software." We couldn't decide if this was a protest against Apple's new magic mouse, an elaborate practical joke, or just plain insanity run amok. In any case, it is hard to imagine a world in which so many tiny buttons on a mouse make sense.

In a recent college recruiting tour, Microsoft's Craig Mundie was able to showcase some of the experiments coming out of their Research division. Among some of the interesting projects were another pass at the Minority Report interface, eye-tracking, intelligent data sorting, a global carbon-climate model, and several other software and hardware experiments. A video and supporting slideshow are also available via Microsoft's press site. "Mundie also will discuss the kinds of computers students will soon be using – machines that will respond to gestures through new natural user interfaces; deploy the power of new microprocessors; migrate data to the cloud; and use live data to drive new simulations and visualizations. He’ll center on an environmental theme to show what it might be like to be a research scientist working on zero carbon energy in the future using new interactions with data and computers to increase insight."

remolacha writes "I've been given the task of tech chief for a biggish art museum (1,300 m^2, or about 13,000 sq ft) in Spain. The museum's designers want 20 'terminals' that will offer on-demand video and interactive content. The terminals' content will change with the exhibits; many will have touchscreens. More interesting forms of input are planned as well (floor sensors, big buttons). It's all on one floor, and the floors are raised, so I can run cabling and set up floor ethernet jacks. Max cable run is 60m / 190ft. The museum may expand to 4 times its projected size once open, by comandeering other floors in the building. To give an idea of where the designers heads are, they were talking about a massive DVD changer in a closet somewhere. I am thinking an intranet running a web server with a CMS and Flash media server, terminals running Firefox in kiosk mode. I'd love to do everything on Linux. Does anyone have experience with a setup like this, better ideas, or advice?"

A team with members from Microsoft, the University of Toronto, and the University of Washington have developed an interface that uses electrodes to monitor muscle signals and translate those into commands or button presses, allowing a user to bypass a physical input device and even control a game or application while their hands are full. The video demonstration shows somebody playing Guitar Hero by making strumming motions and tapping his fingers together, a jogger changing his music without having to touch the device, and a man flexing a muscle to open the trunk of his car while he carries objects in both hands. The academic paper (PDF) is available online.

AdmiralXyz writes "I'm a university student, and I like to take notes on my (non-tablet) computer whenever possible, so it's easier to sort, categorize, and search through them later. Trouble is, I'm going into higher and higher math classes, and typing "f_X(x) = integral(-infinity, infinity, f(x,y) dy)" just isn't cutting it anymore: I need a way to get real-looking equations into my notes. I'm not particular about the details, the only requirement is that I need to keep up with the lecture, so it has to be fast, fast, fast. Straight LaTeX is way too slow, and Microsoft's Equation Editor isn't even worth mentioning. The platform is not a concern (I'm on a MacBook Pro and can run either Windows or Ubuntu in a virtual box if need be), but the less of a hit to battery life, the better. I've looked at several dedicated equation editing programs, but none of them, or their reviews, make any mention of speed. I've even thought about investing in a low-end Wacom tablet (does anyone know if there are ultra-cheap graphics tablets designed for non-artists?), but I figured I'd see if anyone at Slashdot has a better solution."

docinthemachine writes with word of some "research just presented at the 65th ASRM on 4K surgery. Using bleeding-edge Hollywood 4K cameras coupled to laparoscopes, surgery was performed in 4K, or 4X the resolution of HD. Since laparoscopy is performed while viewing on a video monitor, this is a huge advancement of resolution and clarity for the surgeon. It only took a million dollars of projectors to show it to the audience."

alphadogg writes "Today it's the stuff of video games, but Toyota is experimenting with joystick control for a new breed of compact cars and transporters. The world's biggest car maker built the technology into a couple of concept vehicles that were on display Wednesday at the Tokyo Motor Show. The FT-EV II, which got its world premiere at the event, is a compact electric vehicle designed for short trips. The car retains seats for four passengers despite being much more compact than most other cars, and packs drive-by-wire technology so it can be controlled with a joystick. The car's steering, braking and acceleration can be controlled by hand so foot pedals aren't needed, freeing up space to provide more legroom for the driver."

Naznarreb writes "R. Clayton Miller has an extremely impressive GUI concept he's calling 10/GUI (video; written description here). Essentially, it combines the high-bandwidth input possibilities of multi-touch interfaces with the ease and immediacy of a mouse. The video is quite interesting, and, for me at least, pretty jaw dropping. This is a dramatic re-imagining of the current mouse/screen schema, one that I think has significant potential."

Details on the new Eee keyboard, previously held secret during the FCC filing, have now been made available. You can now take a look at the innards and a full spec sheet detailing exactly what is being promised. "Beneath the 5-inch, 800 x 480 pixel touch panel (with stylus) we'll be getting Windows XP Home running on an Intel Atom N270, 945GSE / ICH7-M chipset with Broadcom AV-VD905 video decoder, 1GB of DDR2 memory, either 16GB or 32GB of flash storage, 4-hour battery, Bluetooth, 802.11b/g/n WiFi, gigabit Ethernet, HDMI and VGA outputs, integrated stereo speakers and mic, 3x USB, headphone and mic jacks, and external WiFi / UWB antenna. The Eee Keyboard's on-board Ultra-Wideband (UWB) throws 720p content to your TV within a 5-meter range (10-meters for non-video transmissions) via a UWB receiver packing 2x USB ports, another mini-USB port, audio out, and HDMI."

Chris Harrison writes "About a month ago, Microsoft sent out prototype pressure sensitive keyboards to 40 international teams. They had four weeks to hack and cobble together some cool ideas. The innovation contest that centered around the keyboards released the winners last night (after a voting period Monday night at the ACM UIST conference). Some pretty neat ideas, ranging from pressure-sensitive password entry (Safelock), magnetic pens for cursor control (Hidden Forces), and even cool climbing (Rock Climbing) and land-deformation games (BallMeR)."

Engadget has snagged some of the details behind a bunch of multi-touch mouse prototypes from Microsoft Research. The prototypes range from the wacky to the extreme, but at least they are thinking outside the mouse trap. "Each one uses a different touch detection method, and at first glance all five seem to fly in the face of regular ergonomics. The craziest two are probably "Arty," which has two articulated arms to cradle your thumb and index finger, with each pad housing its own optical sensor for mission-critical pinching gestures, and "Side Mouse" which is button free and actually detects finger touches in the table immediately in front of the palm rest. Of course, there's plenty of crazy in the FTIR, Orb Mouse and Cap Mouse (pictured), which rely on an internal camera, orb-housed IR camera and capacitive detection, respectively. Of course, there's no word on when these might actually see the light of day"

An anonymous reader writes 'Sean Lind over at PokerListings has written a really interesting piece on how to configure Rock Band (or Guitar Hero) instruments to use them as controllers for playing online poker. The instructions given in his how-to could really be used to configure the instruments for any game.' Or how about a genuine chording keyboard?