On a quiet street just off of Nashville’s historic Music Row, a dedicated team of more than 100 researchers are developing software systems that may very well revolutionize the modern world. From cutting edge cyber-security tech designed to defend America’s most critical networks to computer-learning algorithms that could all but eliminate airline crashes, Vanderbilt’s Institute for Software Integrated Systems (ISIS) is making our Internet of Things safer, better, stronger, and more resilient.
BlackBerry Lays Off 250 Employees From Its New Product Testing And R&D Department
Posted in: Today's ChiliLayoffs at Waterloo-based smartphone industry pioneer BlackBerry cut deep last year, with around 5,000 employees being let go. Those cuts continue into 2013 as BlackBerry undergoes what CEO Thorsten Heins called a “complex transition” earlier this month, and the latest is that 250 employees of its core R&D and new product testing facility have been let go as of earlier this week, as confirmed by Canada’s CTV News and by BlackBerry itself to TechCrunch.
That number pales in comparison to some of the massive cuts that came in big batches last year, including one 3,000 person block in August 2012. Last year, however, BlackBerry reportedly told its employees that if they were working on services or projects key to BlackBerry 10, they’d mostly likely be safe. These cuts appear to be closer to the bone, however, coming as they do at the heart of BlackBerry’s innovation efforts, which is why it’s perhaps more worrying for the company’s overall outlook than the big sweeping trimming of potentially redundant or sub-optimal departments last year.
BlackBerry is saying the change to employee count is all about efficiency, in a statement provided to TechCrunch (included in full below), but it’s hard to see a big batch of layoffs so near to R&D, which should be the lifeblood of any technology company, as a good sign. Heins’ strategy of cost-cutting and efficiency has helped BlackBerry manage to stay relatively strong on revenue, however, and to keep a healthy cash reserve on hand.
BlackBerry has a number of products in the pipeline, apparently, including the leaked A10 (and the somewhat unimpressive Q5), a new touchscreen flagship that’s rumored to be launched later this year. But that device looks to be quite far along already; this fresh report of staffing changes begs the question of how much more new hardware we have left to see beyond that.
The full statement from BlackBerry’s Lisette Kwong follows:
I can confirm on the record, that BlackBerry on Tuesday informed 250 employees of their termination in Waterloo. These employees were part of the New Product Testing Facility, a department that supports BlackBerry’s manufacturing and R&D efforts.
This is part of the next stage of our turnaround plan to increase efficiencies and scale our company correctly for new opportunities in mobile computing. We will be as transparent as possible as those plans evolve.
BBC teams up with British universities to research new TV interfaces and systems
Posted in: Today's ChiliWhen the BBC asked “Where next?” most of us assumed that online-only programming and all-HD channels would be the extent of the broadcaster’s ambition. Not so, now that the corporation has signed a deal with six British universities to research new ways that TV can be created, distributed and navigated. Buzzwords like “content” and “audience focused innovation” seem to mask an initiative to develop a new IP broadcasting system, work on user interfaces beyond gestures and research into how elderly, young and disabled viewers can get around 999-channel TV guides. The project will initially last for four years, by which time we’re hoping that the BBC can just beam episodes of Doctor Who straight into our brains — that’s not too much to ask, is it?
Filed under: Home Entertainment, Science, HD, Alt
Source: BBC
Samsung Flaunts Its Smartphone Lead By Opening An R&D Center On Nokia’s Doorstep
Posted in: Today's ChiliNot content with following Nokia’s past playbook, by saturating the mobile market with countless iterations of its smartphone hardware, pushing a whole Galaxy of gizmos at every price point and form-factor fancy you can think of, Samsung has gone one further. It’s opened an R&D centre in Espoo, Finland, right on Nokia’s doorstep. Literally on Nokia’s doorstep. If you were in any doubt that Samsung is the new Nokia, this really has to be the final call.
Samsung said the R&D facility, its first in Northern Europe, is being located in Finland because of “the excellent technology development eco-system in Finland”. Which is basically another way of saying ‘thanks to Nokia, and the tech skills of the local people who likely acquired them working at or with Nokia at some point over the past several decades’. Nokia’s presence in Finland has helped build a thriving startup culture, thanks to the pool of local tech skills and experience but also as Nokia has had to reduce its own headcount it has actively encouraged entrepreneurship through its Bridge Programme by supporting former employees leaving to found their own startups. The irony now is that Samsung is looking to tap into an ecosystem Nokia has been helping to build up.
The R&D center — which is part of Samsung’s strategy of ramping up spending in this area this year, up from the circa $10 billion it spent on R&D activities last year — will focus specifically on development of open source software and “advanced technologies in the domains of graphics, web & security for digital devices such as smartphones, tablets, Digital TV and PCs”.
Another irony here is that as Samsung has gobbled up the marketshare Nokia used to own, the Finnish former phone giant has been forced to pull in its horns – to operate with far fewer resources than it had during its mobile heyday (when it too could produce a phone for every price-point and pocket) — thereby limiting the types of devices it can push into. Which in turn leaves room for a company like Samsung to target more development cash at other device type categories, like tablets, a category where Nokia used to play. In a sense, Samsung is just expanding into the footprints of Nokia’s past success.
Samsung said it plans to recruit at least 50 experts in the various technical domains that the R&D center will focus on in the coming years. It also plans to “steadily grow” the facility, pushing research into whatever tech areas it decides it needs to down the line.
As well as thumbing its nose at Nokia by tapping into local Finnish talent, siting an R&D Center in Northern Europe will give Korea-based Samsung a base to plug into a regional network of research and academic organisations, as well as getting close to European startups and businesses.
Europe has been a stronghold for Samsung smartphone hardware, so building closer ties to the region makes sense to futureproof its lead here. A lead Nokia has been trying to dent with its Windows Phone-based Lumia smartphones. Evidence of a slight uplift in sales for Windows Phone in markets such as the U.K. may be another factor pushing Samsung to drive deeper into Nokia’s territory — hence its stated intention now, with the Espoo Centre, to “actively build relationships and co-develop cutting edge technologies with our Finnish partners”.
Researchers Build Deceptive Robots Based on the Behavior of Hoarding Squirrels
Posted in: Today's ChiliWhat do squirrels have in common with the deceptive robots that researchers from the Georgia Institute of Technology developed recently? Apparently, a lot, although that much isn’t obvious at first glance.
If you’ve ever seen a squirrel in the process of collecting acorns, then you’ll see that they can get pretty protective and paranoid over their hoard of nuts. I get like this myself over my hoard of clothes, shoes, and gadgets, but not for the same reason as the squirrels.
You see, they freak out because other squirrels might be on to their hiding places and steal their stash while they’re away. On the other hand, my problem has more to do with limited storage space and less with theft, but that’s a whole different story.
Anyway, once squirrels feel like they’re being watched, they begin checking empty cache sites to mislead any thieving squirrels and steer them away from the real sites with their acorns. This is the particular behavior that the researchers looked at and embodied into their deceptive robots.
The project is funded by the Office of Naval Research and is headed by Professor Ronald Arkin. There are many potential applications for this technology on the field, as Professor Arkin highlights:
This application could be used by robots guarding ammunition or supplies on the battlefield. If an enemy were present, the robot could change its patrolling strategies to deceive humans or another intelligent machine, buying time until reinforcements are able to arrive.
You can watch the robot in action in this video demo.
PS. On a side note, if you’re having the same problem because you’re hoarding too much tech and stuff, then maybe it’s time to consider a self-storage space. Just a tip, what with the holidays (and more gifts!) coming and all.
This Future-Proofing Torture Test Puts Next-Gen Materials Through the Wringer
Posted in: Today's Chili Our gadgets sure have it rough. Between change-filled pockets, waist-high falls onto concrete, and dunks in the toilet bowl, gadget surfaces need to be tougher and more resilient than ever. To develop the next generation of durable surfaces, materials scientists rely on specialized torture testing equipment like the Bruker Universal Mechanical Tester to put prototype samples through their paces. More »
The New York Times’ excellent iEconomy series wrapped up this morning with a look into the current patent wars going on between Apple and other technology companies. A close read reveals several disconcerting facts: over $20 billion was spent on patent litigation and acquisition in 2011, which a hefty chunk of money. Also, in 2011, Google and Apple spent more on patents than on research and development. If there was ever a statistic that backs up the “patents are hindering creativity” argument, you’ve got it.
By Ubergizmo. Related articles: Motorola (read: Google) drops patent claim against Apple, Smart watch with flip-up display patented by Google,
From the lab: Lumia 920 image stabilization and 808 drop test at Nokia R&D (video)
Posted in: Today's ChiliYesterday’s lab installment gave us an opportunity to pit the Lumia 920 against competing smartphones in a low-light capture scenario, but Nokia’s standard battery of tests is used to evaluate and improve far more than stills shooting. Several stops throughout the day brought us to a foam-filled sound chamber tasked with analyzing call quality in a variety of environments, a room with industrial freezers and ovens used to push the limits of operability, and a rig that can shoot with interchangeable sensors and apply image quality algorithms in real-time, without a handset in sight. Unfortunately, due to proprietary technologies and processes, we weren’t permitted to photograph these first facilities, though we did manage to snap away at two other stations — a platform that shifted up and down at adjustable speeds to test the Lumia 920’s optical image stabilization, and a machine that drops smartphones against a block of concrete, used to simulate that all-too-frequent occurrence of handsets plunging towards pavement.
We’ve seen plenty examples of the 920’s OIS capabilities this week, so we won’t go into much more detail on that front, but specialized (and pricey) equipment enables engineers to introduce consistent processes — this machine simulated hand shake at different speeds, and even with exaggerated movement, the benefits were clear. A separate building contained the drop test contraption, which releases devices from an adjustable height, letting them land directly on a block of polished concrete. We tested both the 808 PureView and a Samsung Galaxy S III in this manner (with roughly 100 Lumia prototypes currently available, Nokia wasn’t quite willing to risk sending one to its death). Both smartphones remained in perfect working order following the drop, so it’s likely that they’ll be able to handle a similar fall during regular use as well (company reps offered to test our iPhone 5, but we declined handing it over). That wraps up our week at Nokia’s facilities in Finland — there will be plenty more to explore once we have a Lumia sample in hand, but you’ll find the OIS test and concrete plunge videos ready right now, posted just after the break.
Continue reading From the lab: Lumia 920 image stabilization and 808 drop test at Nokia R&D (video)
Filed under: Cellphones, Cameras, Mobile
From the lab: Lumia 920 image stabilization and 808 drop test at Nokia R&D (video) originally appeared on Engadget on Thu, 27 Sep 2012 17:27:00 EDT. Please see our terms for use of feeds.
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Premiership footballers will be weeping in envy at the way Samsung’s been spending its cash this month. After splashing $822 million on a Korean R&D center, it’s now chucking $4 billion to renovate its semiconductor factory in Austin, Texas. The cash will be used to increase production on system-on-chip products used in a wide variety of smartphones and tablets, presumably to cope with future demand. It’s not clear if this investment is in addition to the $1 billion it was raising in January to add a new SOC and OLED line to the same facility, but it’s certainly a good time to be living in Texas, right now.
Filed under: Cellphones, Tablet PCs
Samsung spending $4 billion to renovate Austin chip factory originally appeared on Engadget on Tue, 21 Aug 2012 06:33:00 EDT. Please see our terms for use of feeds.
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