New submitter brunozamborlin writes "I just published a short video that shows how a very cheap contact microphone can be used to recognize different types of fingers touch and transform any surface into an interactive board. In the video we put the microphone over different surfaces such as kitchen tables and balloons and through realtime gesture recognition we show how we can play different virtual music instruments using a technique called physical modeling . A mobile version would be definitely possible." The project's Web page shows several more examples. Update: 12/31 15:17 GMT by T : Bruno Zamborlin points out that the surfaces don't need to be flat; instead, they simply need to be rigid.

judgecorp writes "Google is working on a competitor to Apple's Siri voice input system. It's an extension to its existing Voice Actions offering with a name that should ring bells. Majel is named after Majel Barrett-Roddenberry, who was the voice of most of the Star Trek on-board computers, as well as playing Nurse Christine Chapel in the first series and being Gene Roddenberry's wife."

First time accepted submitter probain writes "MIT has made a camera that can take trillion frames per second! With this high speed capability, they can actually see the movement of photons of light across a scene or object. This is just mind-boggling." ExtremeTech has a nice video of the system, too. What would you like to see slowed down to such a degree?

angry tapir writes "Broadcom is working on a Bluetooth chipset that will give wireless keyboards a battery life of up to 10 years. If they had a battery life of as long as 10 years, that Bluetooth-based accessories could potentially never need new batteries, the chip maker said. A set of two AA batteries would be enough to power a keyboard using the BCM20730 Bluetooth chip to connect with a computer for its entire lifetime, Broadcom said."

TechCrunch features an article (the first of three, actually) outlining the development of a clever hardware keyboard for the iPad. It's hard to write about Kickstarter projects, because there are so many cool ideas that seem to deserve funding it's simply overwhelming. The TouchFire keyboard is one of those cool ideas, too, but it's far surpassed the founders' original funding goals and is nearing production. The TouchFire isn't wired, but it isn't wireless, either, in the conventional sense, because it provides no signal of its own: it's a transparent overlay that provides a tactile interface to the iPad's on-screen keyboard, and — the tricky part — is thin enough to actually swipe through when you're not using it for text-entry. The keyboard takes advantage of the iPad 2's built-in magnets for stability, though it works with the original iPad, too. (Hopefully an Android version will come soon, but the variety of screen resolutions and on-screen keyboard shapes makes that harder.) I talked with co-creator Steve Isaac (it's his account at TechCrunch, too) a few weeks back, and he said that the hardest part of the development work has been producing the complex mold shapes that form each collapsible key. The resulting tablet-with-keyboard reminds me superficially, and pleasantly, of the TRS-80 Model 100. (The Tandy actually had much better battery life than an iPad, but could do far less. It also weighed 3.1 pounds and cost more than a thousand dollars in 1983, which means nearly $2400 today; such is progress.) Prototypes are tight (and I don't have an iPad), but I hope to give an in-person report on the TouchFire soon.

itwbennett writes "Eurogamer published a piece on a rumored Kinect 2 system that will most likely launch with the next iteration of the Xbox line, which might be sometime between late 2012 and 2014. Eurogamer says this new Kinect won't be hobbled by the limitations of the USB 2.0 port that the current Kinect uses; instead the hardware will be designed to give the new Kinect a faster pipeline to the system's internals. What this means, says blogger Peter Smith is that 'not only can Kinect 2 read finger movements (high on the wish-list for the current hardware) but it can read lips, too. I don't think they mean this in the sense that it can extrapolate what you're saying from your lip movements, but that it can tell who in a room is speaking by matching lip movement to audio input.'"

mikejuk writes "Are we getting closer to really effective volumetric 3D display technology? A new display, designed in Russia, uses cold fog and a laser projector to create a volumetric 3D image that you can touch. A tracking device (no, it's not a Kinect) is used to detect the user's hand and moves the virtual objects in response. There have been cold fog 3D displays before, but this one has a reasonable resolution and looks near to being a finished product that could be on sale soon. Estimated price? Between $4000 and $30,000."

An anonymous reader writes "I've managed to go my entire adult life without owning an actual camera. I've owned photosensors that were shoehorned into various other gadgets, but I've gotten to the point where the images produced by my smartphone aren't cutting it. My question: what camera would you recommend for getting into basic photography? I don't mean that in the sense of photography as a hobby or a profession, but simply as a method for taking images — of friends, family, and projects — that actually look good. That's a subjective question, I know, but I suspect many of you have a strong grasp of price versus performance. For example, when I'm picking a new video card, it's easy to figure out which cards are the best deals for a given price point — then I just have to pick a price I'm comfortable with. I figure a decent camera will run me a few hundred dollars, which is fine. But I don't have the expertise to know at what point spending more money isn't going to do me, as a camera newbie, any good. Any thoughts?"

angry tapir writes "Microsoft has announced a program designed to help 10 developers or startups launch businesses around products for Kinect, the controller that senses motion and voice. Developers with Kinect applications for the Xbox or Windows are invited to apply to the Kinect Accelerator program, even though Microsoft does not yet allow the sale of products based on Kinect for Windows."

RulerOf writes "A few years ago, my girlfriend's grandfather was diagnosed with Macular Degeneration. Ever since, he has had progressively more trouble with daily activities. While his wife and family are able to help him with most things, at the age of 88 and without many living friends left, he dearly misses the ability to read printed text. He was able to get by for some time with magnifying glasses and other basic aids but now even those do not help. Recently, a local clinic which specializes in treatment for low-sight and blind individuals made him aware of and showed him several assistive reading devices that successfully allowed him to read. He mentioned this to his family members, and when I was told about it, I thought that these devices sounded like they were not much more than a camera attached to an LCD monitor or television with a little bit of special software thrown into the mix." (Read on below for more.)

First time accepted submitter paysonwelch writes "I am a developer and entrepreneur and I am considering developing a very graphically rich and custom interface for my latest application which does charting and analysis of large data sets. The application would feature lots of gauges, knobs and levers. As I was thinking about this I said to myself, why not hook up physical knobs and levers to my computer to control my application instead of designing them in 2D bitmaps? This could potentially save screen space and provide tactile feedback, and a new way of interacting digitally with one's application and data. So my question is whether or not anyone out there has advice for building a custom solution, perhaps starting with a mixing board, or if there are any pre-fab kits / controllers for achieving this?"

Hugh Pickens writes "Gary Morgenthaler, a recognized expert in artificial intelligence and a Siri board member, says that Apple now has at least a two-year advantage over Google in the war for best smartphone platform. 'What Siri has done is changed people's expectations about what's possible,' says Morgenthaler. 'Apple has crossed a threshold; people now expect that you should be able to expect to speak ordinary English — and be understood. Siri has cracked the code.' The threshold, from mere speech recognition to natural language input and understanding, is one that Google cannot cross by replicating the technology or making an acquisition adds Morgenthaler. 'There's no company out there they can go buy.' Morgenthaler's comments echo the recent article in Forbes Magazine, 'Why Siri Is a Google Killer' that says that Apple's biggest advantage over any other voice application out there today is the massive data Siri will collect in the next 2 years — all being stored in Apple's massive North Carolina data center — that will allow Siri to get better and better. 'Siri is a new interface for customers wanting to get information,' writes Eric Jackson. 'At the moment, most of us still rely on Google for getting at the info we want. But Siri has a foot in the door and it's trusting that it will win your confidence over time to do basic info gathering.'"

An anonymous reader writes "Microsoft has announced that its Kinect motion-control system will be available for PCs in early 2012, and that they're planning to take it into the business world as well. 'Microsoft plans to launch a commercial program for the peripheral early next year, giving businesses the tools to develop customized applications for their companies and industries. The pilot program already includes such familiar names as Toyota, book publisher Houghton Mifflin Harcourt and design firm Razorfish. All totaled, over 200 "marquis brand" companies in 25 countries have signed up for the program... And while the majority of those companies have opted to keep their names hidden for now for competitive reasons, Microsoft is working with them to get the applications up and running, so they can debut as soon as possible. Just don't expect the Redmond-based company to do any first party apps for this program.'"

Of all the upgrades that distinguish the new iPhone 4S from its predecessors, probably the feature that's gotten the most attention is the voice-based personal assistant app called Siri, which allows a user to accomplish certain tasks almost entirely by voice. A few days ago, as reported by TechCrunch, a team of Android developers came up with an Android equivalent to Siri called Iris (spell that backwards). It took them only 8 hours to have a working, if imperfect, app to play with and submit to the Android Market. This quick video review of Iris says the app is unpolished, but shows promise. For now, it generates some accurate results, and some amusing ones.

tekgoblin writes "In a joint effort between Microsoft and the Carnegie Mellon Human Computer Interaction Institute, a new interface has been born. The new interface is usable on any surface, including notebooks, tables, walls and body parts. The UI is completely multitouch and worn on the shoulder, which will turn any surface you are pointing at into a usable workspace by the combination of a projector and a 3D modeling device similar to the Kinect."

relyte writes "In the spirit of the recent poll — where many people recommended ergonomic upgrades — what's the best way to get a comfortable, ergonomic, efficient work environment? I'm just starting my career in software development, and I'd like to get a great chair, keyboard, mouse, monitor, etc. What models would you recommend to save wear and tear on joints, eyes, and muscles? Are there other categories I should consider?"

An anonymous reader writes "I work as an IT administrator at a school. We have just upgraded our entire webcam inventory (about 45 webcams, model Logitech Quickcam Communicate STX) and have all the old ones sitting around. I would like to know what a neat project would be to make use of all the old ones. I was figuring there would be an open project somewhere that involved mass amounts of webcams."

MrSeb writes "Jonas Pfeil, a student from the Technical University of Berlin, has created a rugged, grapefruit-sized ball that has 36 fixed-focus, 2-megapixel digital camera sensors built in. The user simply throws the ball into the air and photos are simultaneously taken with all 36 cameras to create a full, spherical panorama of the surrounding scene. The ball itself is made with a 3D printer, and the innards (which includes 36 STM VS6724 CMOS camera sensors, an accelerometer, and two microcontrollers to control the cameras) are adequately padded, so presumably it doesn't matter if you're bad at throwing and catching."

First time accepted submitter aonsquared writes "A couple of months ago I managed to scoop up a cheap (£30) robot arm with a USB interface from Maplin (I'm in the UK). Following a wrist injury which left me without the use of my right hand for 4 weeks, I decided to build it for a little hacking project. Using Linux, libusb and other freely available tools, I have enabled the robot arm to respond to my voice commands. I've posted a full tutorial and downloadable source code, as well as a demonstration video. Hopefully, open-source voice recognition as well as devices like the Kinect (which has spawned hundreds of different cool hacks) can someday revolutionise the way we interact with computers and machines."

kkleiner writes "Open up a cardboard tube, roll out a transparent film just millimeters thick, apply it on a flat object and *tada* you've got an interactive touch surface. Cambridge-based Visual Planet just launched its new massive-sized multitouch thin film drivers so you can create touchscreens from 30 to 167 inches in size! Their touchfoil is a transparent nanowire embedded polymer capable of sensing the touch of a finger, or even pressure from wind and translating that to a computer interface. It works on glass, wood, and other non-conductive surfaces."