MicrosoftResearch
Latest
Microsoft aims to improve maps with GPS data from 33,000 Beijing cab drivers
Microsoft's already added a Taxi Fare Calculator to Bing Maps to help keep your cabbie in check, and it's now actually enlisted the help of some 33,000 Beijing cab drivers in an effort to further improve driving directions. More specifically, it's relying on GPS data collected from the cab drivers' cars over a period of three months, which has since been funneled into a system called T-Drive created by a team at Microsoft Research Asia. Just how big a difference can a bit of local know-how make? Apparently, about a 16 percent cut in time on average, or roughly a savings of five minutes for every 30 minutes of driving. Of course, it won't do anyone outside of Beijing much good at the moment, but there's plenty more GPS-equipped cabs out there if Microsoft ever decides to expand things.
Microsoft LightSpace brings Surface (plus shadows) to any table (video)
It's hard not to love the crazy stuff happening at Microsoft Research, but it's also hard to imagine when any of it is going to actually start changing the way we interact with our PCs. Surface was bested by SecondLight as the coolest tech we can't buy, and now here comes another successor: LightSpace. This gets rid of the expensive table in favor of a (surely not cheap) series of projectors hanging from the ceiling paired to a 3D camera. The camera detects the relative position of things and instructs a projector to apply a Surface-like interface onto any flat surface. From there a user can literally grab any file they like and carry it over to another surface, where it will be displayed. It's all demonstrated quite handily in the video below, and while the system does look a wee bit rough at the moment, the potential is surely there. Just like it was with SecondLight, and Surface, and Courier...
Microsoft Adaptive Keyboard prototype debuts at center of UIST Student Innovation Contest
No, it's not the mystery device that Microsoft has been teasing as of late, but we have a feeling that plenty of folks will be wishing that the company's so-called "Adaptive Keyboard" was it. Unfortunately, it's just a prototype, and Microsoft apparently has no plans to turn it into an actual product. It will, however, be landing in the hands of a few lucky students participating in this year's UIST Student Innovation Contest, who will be given free reign to do whatever they like with the keyboard and possibly be rewarded with a $2,000 or $500 prize for their hard work. As for the keyboard itself, it's basically Microsoft's take on something like the Optimus Maximus, and consists of a large touchscreen display on top that "extends" to the keys below -- opening up a whole range of possibilities for different configurations and other shenanigans (no further technical details just yet, unfortunately). Head on past the break for a pair of demo videos and, if you're a student, hit up the source link below for the complete contest details -- act fast though, the deadline for applications is August 17th.
Microsoft Research reveals RearType, puts QWERTY back where it belongs
We've seen a few wacky split keyboards in our day, and even the occasional back-typing peripheral, but Microsoft Research has just congealed the core ideas into a why-didn't-I-think-of-that device for mobile use. Dubbed RearType, the QWERTY solution literally sticks a three-row keyboard on the back of a tablet PC, allowing users to have the same physical sensation as on laptop or desktop without taking up valuable touchscreen real estate. While there's still a few kinks to be worked out of the system (like how to set it down without triggering input) and no plans yet for commercial availability, a brief study showed users could attain 15WPM speeds on average with a single hour of training, and one participant managed to eke out a healthy 47WPM in the same timeframe. We imagine a certain Motorola device is feeling a mite jealous right about now. See the front of the (non-Microsoft) tablet right after the break, and read the full study at our more coverage link.
Microsoft's Menlo is a Windows CE device, nothing to see here folks
Mary Jo Foley had us all fired up about the potential of Microsoft's mysterious Menlo, but it appears that the project's not yet a groundbreaking mobile OS -- it's just a prototype slate. Menlo V1 made its cameo debut in a Microsoft Research paper destined for MobileHCI 2010, where it's listed as a 4.1-inch device with a 800 x 480 capacitive touch screen, a 3-axis accelerometer (and a barometer, for some reason) all running on the comparatively boring Windows CE 6.0 R2. According to the paper, which tested out a Silverlight-based app that allowed users to follow a trail of virtual breadcrumbs back to their parked car, the device didn't even have a magnetometer at the time of testing -- thus the throwback compass you see immediately above -- and it's actually never referred to as a phone. We'll keep you abreast of any future developments, but even if the project were leagues more exciting we're not sure if we'd put our hearts on the line. Once burned, twice shy.
Microsoft's experimental English-Chinese dictionary mines the web for data (video)
When it comes to quick and dirty machine translation it may not supplant Google Translate anytime soon, but for those who would actually learn another language, Microsoft's working on some fairly impressive tools. Engkoo is an search engine for Chinese speakers that scours the web for its data, finding articles that are written in both Chinese and English to create an continually-updated lexicon, plus provide interactive (and audible) sample sentences that explain nuances of the language. See a rundown (in English) of what's possible so far in a Silverlight video after the break, and try it out for yourself at our source link -- if you must, you can even search for "tiananmen."
Microsoft algorithm uses six-axis motion sensors to fix blurry snapshots, inadvertently pimping your ride
Trying to snap a shot of your cherry red Mazda, but can't keep your hands still? You'll find all the tech you need to smooth things out in an iPhone 4 or (MotionPlus-equipped) Nintendo Wiimote. Experimenting with 6DOF inertial measurement sensor packages, scientists at Microsoft Research have developed a software algorithm that literally records your exposure-destroying shake via accelerometer and gyroscope, then magically removes the blur by canceling it out. While the technique still isn't perfect -- spot ghostly line above some of those background cars -- the Microsoft researchers compared their results to other in-progress algorithms, and we think you'll agree this new solution presents the best results by far. It's a shame Microsoft doesn't say when we'll see the tech in a spiffy DSLR attachment, or better yet a cameraphone. See before and after animated GIFs after the break, and find high-res comparison images and much more at our source link.
Microsoft Street Slide: it's electric! (video)
Remember the first time you used Google Street View? Amazing, right? Thing is, traversing a busy urban street in a 360-degree photographic bubble can be disorienting, especially when searching for a specific address or business. So check this: Microsoft Research has developed a rather nifty solution it calls Street Slide. Zoom out of your panoramic bubble and the street is presented as a dynamic, multi-perspective "strip" giving you an instant visual summary of the surroundings -- similar to viewing the entire street from a distance. Fortunately, Microsoft took advantage of what would otherwise be the unused letterboxed screen above and below the strip to add navigational and informational aids like clickable business logos and building numbers. Pretty impressive, and Microsoft is already working on taking Street Slide mobile with an iPhone port, and no doubt a version for the upcoming Windows Phone 7 series of devices. Unfortunately, don't expect this to be released anytime soon as the team has only processed about 2400 panoramas so far covering just 4 kilometers of streets. Check the video after the break, you'll be glad you did.
Microsoft Research toys with the cosmos... using forefinger and thumb (video)
We've always been suckers for Minority Report tech, and Microsoft Research's latest attempt is not to be missed. Thought pinch-to-zoom was quaint? Try pinching the sky in this geodesic dome. Though the cardboard-and-paper-clip structure isn't all that (unless you're the arts and crafts type), the inside houses a projectiondesign DLP unit with a custom infrared camera system that can turn simple hand gestures into virtual interstellar travel, 360-degree video teleconferencing and more. You'll find a pair of videos demonstrating the concept after the break, but try not to get too attached -- if you're anything like us, your poor heart can't handle another Courier axing.
Microsoft's Manual Deskterity project reveals pen and touch input, Courier's future?
Apple may have made its thoughts on the stylus clearer than ever at its iPhone OS 4 event, but it looks like Microsoft Research is intent on redefining what's possible with a little pen-based input and, if this recently-revealed video is any indication, we're not about to stop them. Dubbed Manual Deskterity, the project is currently based around a Microsoft Surface device, and shows how pen and touch input can be combined for a range of tasks that wouldn't be possible with just one or the other -- using a photo as a straight-edge (as seen above), for example, or using the pen as an X-acto knife to cut a photo while you hold it in place with your finger. Of course, while the project is currently using a Surface, it's hard not to see how it could also be applied to something like Courier, especially considering the strong emphasis on creativity that echoes the Courier demo videos. Head on past the break to check out the whole thing for yourself.
Microsoft Research working on portable Surface
Microsoft's Surface has managed to carve out a small niche for itself, but there's only so many places that a large, touchscreen installation can find a home (a yacht, for instance). Microsoft Research seems to be aware of that, and it's apparently been hard at work on a more portable Surface for some time now. As you can see above (and in the video after the break), the so-called Mobile Surface would rely on a combination of a projector and a camera (and mobile phone, in this instance), which would offer about the same level of interaction as a regular Surface, and even a few advantages -- like being able to use a pair of drumsticks to play the drums. If this all seems a little familiar, it should, as Light Blue Optics and others have already employed nearly identical systems to turn any surface into a touchscreen display. Curiously, Microsoft Research has since pulled the Mobile Surface page from its website, but you can find all the pertinent details by diving into the links below.
Microsoft dreams of smart charging pad with information display (update: prototype pics and video)
It's no Courier, but for a charging pad, this is a pretty interesting concept. According to a patent filed by Microsoft's Beijing office, the idea for such a pad is that it can have one side dedicated to inductive charging (maybe for a future Zune or even Microsoft's own phones), while the other side can be used for displaying useful information "such as weather conditions, sports scores, news headlines." It may not sound very practical at first blush, but have a listen at this -- the built-in accelerometer and the charging surface's load detector help determine which side isn't in use, thus switching that side off to reduce power consumption. Voilà! As for why the eggheads suggested adding a light panel for glowing up a glass prism -- it's the new crystal ball. Update: looks like this device has been around since March 2009! A tipster -- who happens to be affiliated with Microsoft Research Asia -- has just hit us with some photos of a prototype device based on this patent. It's called the uPad (please, don't start) and was produced as souvenirs for Microsoft Research Asia's 10th anniversary. As you can see after the break, the uPad wirelessly charges a modified Wireless Laser Mouse 7000. We want one. Update 2: and now we have a video -- narrated in Chinese -- after the break. Thanks, bfishadow!
Microsoft Research patents controller-free computer input via EMG muscle sensors
We've seen plenty of far-fetched EMG-based input methods, like the concentration-demanding, head-based NeuroSky controller, but Microsoft Research is asking for a patent that involves much simpler gestures -- and might actually make a bit of sense. As demonstrated in the video after the break, Microsoft's connecting EMG sensors to arm muscles and then detecting finger gestures based on the muscle movement picked up by those sensors. It does away for the need of a pesky camera (or Power Glove) to read complicated hand gestures, and can even sense modified versions of the gestures to be performed while your hands are full. Microsoft's developing a wireless EMG sensor module that could be placed all over the body, and while like all Microsoft Research projects this seems pretty far from market, there's a small, optimistic part of us that could see some of the benefits here for controlling mobile devices. And boy do we love controlling mobile devices.
Microsoft messes with 'natural' user interface, featuring eye tracking, voice control and wild body gestures
While today's Windows might not look completely out of place next to a Windows of yore, Microsoft Research certainly has some wild ideas for how to progress computer interaction. In a talk during Microsoft's college tour, Craig Mundle has been touting his research wares, including some pretty reasonable advances like auto completion of common concepts; automatic, intelligent sorting of large amounts of data; and a movable, modular work surface. One of the odder demos involves moving the LCD so it's flat on the desk and then using huge arm movements to manipulate a 3D model projected onto a piece of glass, and the demonstration of eye-tracking is intriguing while not altogether convincing. Of course, we've got a while before we'll see any of this stuff in real products, but perhaps we won't have to wait so long as ten years for that "2019" vision of the future to come to pass. Hit up the read link for the videos.
Microsoft researchers build muscle-computer interface, play air Guitar Hero
Legendary DIYer Johnny Chung Lee may have only been with Microsoft for a few months, but it looks like he's already making his presence felt, even when he's not working on projects himself. His latest effort involves getting videos from the User Interface Software and Technology (or UIST) conference online, including this look at a new muscle-computer interface developed by Phd student Scott Samponas and some other folks working with Microsoft Research. While it obviously has a number or potentially exciting and practical uses (like controlling devices when you're hands are full, or when you're running), Samponas et al apparently just couldn't help themselves from demonstrating one of its most obvious applications: an true implementation of air Guitar Hero. Video after the break.
Microsoft's office of the future features interactive walls and Surface but, sadly, no Clippy
You know, Microsoft Research isn't just about prototype tablets and the occasional multitouch mouse. No sir, it's also about designing work environments that are so impractical that you can bet you'll never see one in real life. For today's example we have a sort of Microsoft Office: no, not the productivity suite, rather a room that integrates interactive wall displays, Surface, and video conferencing. There is even an assistant / avatar for issuing voice commands, and while this demo has it played by a human being we have hopes that Clippy might be making a comeback. Ready to check it out yourself? Of course you are! The video is after the break.[Thanks, Chris]
Microsoft multitouch mouse prototypes in action (video)
This week the ACM Symposium on User Interface Software and Technology (UIST) went down in British Columbia, and among all the pointing and the clicking the gang from Engadget Japanese were on hand to take a closer look at those wild and wooly multitouch mouse prototypes that Microsoft Research has been working on. Apparently Orb's hemispheric touch sensor supports a healthy helping of gestures (just the thing for point-and-shoot gaming), while Arty and FTIR certainly seem to know when you're clicking something. These are just prototypes, of course, but the video provides a fun look at some of the things you might soon see integrated into your computing experience. Peep for yourself after the break.%Gallery-74960%[Via Engadget Japanese]
Microsoft Research shows off multitouch mouse prototypes
Rather odd timing, given some recent developments in the Apple camp, but Microsoft Research has just surfaced some of its incredibly wild multitouch mouse prototypes. 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, but it should be quite obvious that Apple's not the only game in town thinking about this stuff. Check out the utterly enlightening video of these things in action after the break. %Gallery-74670%
Microsoft unveils Barrelfish multi-core optimized OS
With current operating systems, as the number of cores increases efficiency decreases. Microsoft Research has just announced an experimental OS, called Barrelfish, that they're developing in conjunction with ETH Zurich, in the hopes that they'll learn how to buck that trend -- both with current and future hardware. Building upon lessons learned with projects including Midori and Singularity, Barrelfish eschews share memory schemes in favor of message passing and a kind of database that shuttles information between cores. Heady stuff, for sure -- but just the kind of thing that sets off our Geek Alarms. If you can't wait to check this one out for yourself, hit the read link for the first release snapshot, in all its Open Source glory. The rest of us will probably remain content waiting to see how this new-found knowledge will trickle down to Windows 7 users in the future. [Via DailyTech]
Codex and InkSeine -- the roots of Microsoft's Courier?
Yesterday, the cats over at Gizmodo got a look at what appeared to be a pretty groundbreaking product from Microsoft -- the Courier -- a dual-screen, multitouch tablet with an advanced UI the likes of which we've rarely seen. According to the site's report, the product was in "late prototype" stages, and judging from the video, it looked to be pretty far along (at least as far as software was concerned). Today, MobileTechWorld looks as though it might be shedding a little more light on the device and its software... but it might not be quite what you think.
