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An anonymous reader writes "After only one year in operation, Google's Moto X factory in Fort Worth, TX, is scheduled to close at the end of 2014. The decision to close apparently has nothing to do with Google's decision to sell Motorola Mobility to Lenovo and everything to do with poor sales numbers and high labor and shipping costs in the U.S. The factory had, at one point, employed 3,800 people. Their ranks now number at about 700. Moto E and Moto G, newer and cheaper iterations of Moto X, have sold in more profitable numbers overseas, so Google's original rationale of building phones nearer to the largest customer base to decrease time between assembly and delivery to end user will unsurprisingly force the closure of the U.S.-based factory and transfer labor overseas as well."
First time accepted submitter TC+0 (3672227) writes "Inspired by comments regarding its first incarnation, the Terran Computational Calendar's recent redefinition now includes dynamic support for 'leap duration', 'year bases', and 'datemods'. Here's the new abstract from terrancalendar.com (wikia mirror) captured at 44.5.20,6.26.48 TC+7H:
Synchronized with the northern winter solstice, the terran computational calendar began roughly* 10 days before the UNIX Epoch. Each year is composed of 13 identical 28-day months, followed by a 'minimonth' that houses leap days (one most years and two every 4th but not 128th year) and leap seconds (issued by the IERS during that year). Each date is an unambiguous instant in time that exploits zero-based numbering and a handful of delimiters to represent the number of years and constant length months, days, hours, minutes, and seconds that have elapsed since 0TC (the calendar's starting point). An optional 'year base' may be applied to ignore erratic leap duration. Arithmetic date adjusting 'datemods' can be applied to define things like weeks, quarters, and regional times."
miller60 (554835) writes "Citing strong demand from cryptocurrency miners, data center and colocation providers are beginning to accept Bitcoin as payment for large chunks of data center space. It's a sign that the data center industry sees an emerging opportunity in catering to the hosting needs of crypto miners, who typically seek high-density space with cheap power. While many web hosting companies accept Bitcoin, larger data center players have been slower to embrace cryptocurrency. Utah-based C7 Data Centers says it's accepting Bitcoin because of surging demand. The Utah-based company says it now hosts about 4.5 megawatts of mining gear, just down the road from the NSA data center." On-topic: Dish Networks has recently become the biggest company to accept Bitcoins.
An anonymous reader writes "In the spirit of Jimmy Kimmel's popular Mean Tweets series and in a rare video appearance, Linus Torvalds takes to task a few 'tweeters' who have called him out. Never one to back down, Linus reads the tweets and shares his comments." Sadly, this is just a few -- with weekly updates, Linus could charge a subscription to fund unlimited diving trips.
An anonymous reader writes "We've known for a while now that Google is testing a new favoriting service called Google Stars, aimed at helping users save, share, and organize Web content. This is largely due to multiple leaks, detailing features as well as showing off the interface in a video and screenshots. Today, Google+ user Florian Kiersch, who has done the majority of the digging behind the service, has leaked the Google Stars extension for Google Chrome."
An anonymous reader writes "What got you into hacking? This is a question that Jennifer Steffen, IOActive CEO, often asks hackers she meets on conferences around the world. More often than not, the answer is movies: War Games, Hackers, The Matrix, and so on. But today, it is the real life hacking that is inspiring the movies of tomorrow. 'Hackers are doing epic stuff,' she says, and they are now inspiring movies and comics. So, what got you started? And what makes a good hacker today?"
Meet David. Tim Lord ran into him at the 2014 Maker Faire Bay Area. He didn't have a display, and he wasn't obviously trying to sell anything or promote a Kickstarter campaign. He was just walking around with a panel full of LEDs that he wears as a backpack while riding his bike, which beats the heck out of regular bike taillights, even the blinky flashy ones a lot of us have these days. So good on you, David. This is your three minutes of Slashdot fame -- and please note, people, that you can now fast-forward through any preroll ads longer than 30 seconds, so you won't get bombed with multi-minute ads to watch a three minute Slashdot video. (Alternate video link)
An anonymous reader writes "The SparkFun team took a tour of a factory in China that manufactures LEDs. They took lots of pictures showing the parts that go into the LEDs, the machines used to build them, and the people operating the machines. There's a surprising amount of manual labor involved with making LEDs. Quoting: 'As shipped on the paper sheets, the LED dies are too close together to manipulate. There is a mechanical machine ... that spreads the dies out and sticks them to a film of weak adhesive. This film is suspended above the lead frames ... Using a microscope, the worker manually aligns the die, and, with a pair of tweezers, pokes the die down into the lead frame. The adhesive in the lead frame wins (is more sticky), and the worker quickly moves to the next die. We were told they can align over 80 per minute or about 40,000 per day.'"
DeviceGuru writes: "An open-spec COM that runs OpenWRT Linux on a MIPS-based Ralink RT5350 SoC has won its Indiegogo funding. The $20, IoT-focused VoCore measures 25 x 25mm. How low can you go? Tiny computer-on-modules (COMs) for Internet of Things (IoT) applications are popping up everywhere, with recent, Linux-ready entries including Intel's Atom or Quark-based Edison, Ingenic's MIPS/Xburst-based Newton, Acme Systems's ARM9/SAM9G25 based Arrietta G25, and SolidRun's quad-core i.MX6-based MicroSOM. Now, an unnamed Chinese startup has raised over six times its $6,000 Indiegogo funding goal for what could be the smallest, cheapest Linux COM yet."
An anonymous reader writes "The Guardian reports that many of the security industry's top researchers are being threatened by lawyers and law enforcement over their efforts to track down vulnerabilities in internet infrastructure. 'HD Moore, creator of the ethical hacking tool Metasploit and chief research officer of security consultancy Rapid7, told the Guardian he had been warned by U.S. law enforcement last year over a scanning project called Critical.IO, which he started in 2012. The initiative sought to find widespread vulnerabilities using automated computer programs to uncover the weaknesses across the entire internet. ... Zach Lanier, senior security researcher at Duo Security, said many of his team had "run into possible CFAA issues before in the course of research over the last decade." Lanier said that after finding severe vulnerabilities in an unnamed "embedded device marketed towards children" and reporting them to the manufacturer, he received calls from lawyers threatening him with action."
New submitter graveyardjohn writes: "The BBC has a short video about why the U.K.'s National Ballistics Intelligence Service thinks 3D-printed guns are 'of no use to anyone.' They show a 3D-printed gun being fired in a test chamber. The barrel explodes and the bullet flops forward a few feet. They say, 'without additional expertise and the right type of ammunition, anyone attempting to fire one would probably maim or even kill themselves.'"
cartechboy writes: "Most automakers have made the jump from hydraulic power steering to electronic power steering to help conserve fuel. By using an electric motor instead of a hydraulic system, less energy is drawn from the engine. Many luxury automakers have also introduced adaptive steering with the electronic power steering systems, but now Ford is looking to bring this feature to the masses. Adaptive steering builds on the existing speed-sensitive function of the electronic power steering system by altering the steering ratio and effort based on driver inputs and settings. The system uses a precision-controlled actuator placed inside the steering wheel. It's an electric motor and gearing system that can essentially add or subtract from the driver's steering inputs. This will make the vehicle easier to maneuver at low speeds, and make a vehicle feel more stable at high speeds. The system (video) will be offered on certain Ford vehicles within the next 12 months."
Rambo Tribble writes: "Writing in the American Journal of Epidemiology, researchers have found that sleeping with high ambient light levels may contribute to obesity (abstract). In a survey of 113,000 women, a high correlation was found between higher bedroom light levels and increased propensity to be overweight or obese. Excess light in the sleeping environment has long been known to adversely affect melatonin production and circadian rhythms. It is posited that such an interference with the 'body clock' may be behind these results. Although there is not yet enough evidence to call this a smoking gun, as one researcher put it, 'Overall this study points to the importance of darkness.'"
Byteme writes: "A number of Zazzle.com users have had their art and products removed from the site after a man named Paul Ingrisano was granted a trademark for 'Pi Productions' using a logo that consists of this freely available version of the pi symbol from the Wikimedia website combined with a period. He made infringement claims against several websites, and Zazzle took down many clothing products that featured designs using the pi symbol. When users called them on it, they locked a public forum thread and said they're evaluating Ingrisano's complaint."
Kvorg writes: "Back in 2012 Slashdot noticed how at the time of Perl 5.16, the modern Perl projects, including Mojolicious, formed a new and expanding movement of a Perl Renaissance. With the release of Perl 5.20 and Mojolicious 5.0, the Modern Perl Renaissance is ever more striking. Faster, neater, sharper with its asynchronous APIs, Mojolicious is extremely flexible with its advanced request routing, plugin system, perl templating and hook API. Its adherence to the modern interfaces and standards and its implementation of advanced features in support tools, DOM and CSS selectors makes it easy to program with.
Mojolicious, with its philosophy of optimized code-generation (think metaprogramming), enabled-by-default support for encodings and UTF-8, zero dependency deployment with wide support for existing CPAN packages, zero downtime restarts and fully tested implementations, reminds us of how fun and flexible programming in scripting languages used to be. Of course, integrated documentation and a very supportive bundled development server don't hurt, either. The new Perl release with new postfix dereference syntax, subroutine signatures, new slice syntax and numerous optimizations makes it all even more fun."
An anonymous reader writes "After the HD revolution, display manufacturers rolled out gimmick after gimmick to try to recapture that burst of purchasing (3-D, curved displays, 'Smart' features, form factor tweaks, etc). Now, we're finally seeing an improvement that might actually be useful: 4K displays are starting to drop into a reasonable price range. Tech Report reviews a 28" model from Asus that runs $650. They say, 'Unlike almost every other 4K display on the market, the PB287Q is capable of treating that grid as a single, coherent surface. ... Running games at 4K requires tons of GPU horsepower, yet dual-tile displays don't support simple scaling. As a result, you can't drop back to obvious subset resolutions like 2560x1440 or 1920x1080 in order to keep frame rendering times low. ... And single-tile 4K at 30Hz stinks worse, especially for gaming. The PB287Q solves almost all of those problems.' They add that the monitor's firmware is not great, and while most options you want are available, they often require digging through menus to set up. The review ends up recommending the monitor, but notes that, more importantly, its capabilities signify 'the promise of better things coming soon.'"
brindafella writes: "Over the last two days, the (Reboot Project for the International Sun/Earth Explorer 3 (ISEE-3) satellite has successfully commanded ISEE-3 from Earth, using signals transmitted from the Aricebo Observatory. Signals were also received by cooperating dishes: the 21-meter dish located at Kentucky's Morehead State University Space Science Center; the 20-meter dish antenna in Bochum Observatory, Germany, operated by AMSAT Germany; and SETI's Allen Telescope Array, California. ISEE-3 was launched in 1978, and last commanded in 1999 by NASA. On May 15, 2014, the project reached its crowdfunding goal of US$125,000, which will cover the costs of writing the software to communicate with the probe, searching through the NASA archives for the information needed to control the spacecraft, and buying time on the dish antennas. The project then set a 'stretch goal' of $150,000, which it also met with a final total of $159,502 raised. The goal is to be able to command the spacecraft to fire its engines to enter an Earth orbit, and then be usable for further space exploration. This satellite does not even have a computer; it is all 'hard-wired.'"
An anonymous reader writes "When Glenn Greenwald's book came out recently, one of the most startling revelations was that the NSA has been intercepting shipments of networking gear to add spyware. Cisco was one of the vendors whose gear was altered, and now their shipping provider has spoken up about it: 'UPS, which Cisco has used since 1997 to ship hardware to customers around the world, said on Thursday that it did not voluntarily allow government officials to inspect its packages unless it is required to do so by law. "UPS' long-standing policy is to require a legal court-ordered process, such as a subpoena, before responding to any third-party requests," UPS spokeswoman Kara Ross wrote in an e-mail to TheBlot Magazine. "UPS is not aware of any court orders from the NSA seeking to inspect technology-related shipments." In a follow-up e-mail, Ross said UPS had no knowledge of similar orders from the FBI, CIA or any other federal agency.' That sounds like carefully parsed language to me. 'Did not voluntarily,' 'unless it is required to do so by law.' Perhaps they're bound by a National Security Letter?"
An anonymous reader writes "Scientists at the Kavli Institute of Nanoscience say they've managed to reliably teleport quantum information stored in one bit of diamond to another sitting three meters away (abstract, pre-print) . Now, their goal is to extend the range over a distance of a kilometer. '[R]eliability of quantum teleportation has been elusive. For example, in 2009, University of Maryland physicists demonstrated the transfer of quantum information, but only one of every 100 million attempts succeeded, meaning that transferring a single bit of quantum information required roughly 10 minutes. In contrast, the scientists at Delft have achieved the ability "deterministically," meaning they can now teleport the quantum state of two entangled electrons accurately 100 percent of the time. They did so by producing qubits using electrons trapped in diamonds at extremely low temperatures. According to Dr. Hanson, the diamonds effectively create 'miniprisons' in which the electrons were held. The researchers were able to establish a spin, or value, for electrons, and then read the value reliably.'"
An anonymous reader writes "The proposed SpaceX spaceport in Brownsville, Texas, has passed its final federal environmental review. 'The U.S. Fish and Wildlife Service, which had raised concerns about possible impact on habitat for some endangered species, ultimately concluded that "the project is not likely to jeopardize the continued existence of any listed or proposed to be listed species nor adversely modify piping plover critical habitat". But wildlife officials don't expect the project to be harmless: Two individual cats, either from the endangered ocelot or jaguarondi species, could be lost as a result of the project in spite of efforts to avoid just that with measures such as posting warning signs along the road leading to the launch site. And federal wildlife officials also anticipate that more than 7 miles of beachfront used by nesting sea turtles could be disturbed by security patrols, though driving is already permitted on the beach.'"
jfruh (300774) writes "Amazon is pushing hard to be as ubiquitous in the world of cloud computing as it is in bookselling. The company's latest pitch is that even your highest-performing databases will run more efficiently on Amazon Web Services cloud servers than on your own hardware. Farming out your most important and potentially sensitive computing work to one of the most opaque tech companies out there: what could possibly go wrong?"
StartsWithABang (3485481) writes "It's hard to believe, but there are people alive today who remember a world where Newtonian gravity was the accepted theory of gravitation governing our Universe. 95 years ago today, the 1919 solar eclipse provided the data that would provide the test of the three key options for how light would respond to the presence of a gravitational field: would it not bend at all? Would it bend according to Newton's predictions if you took the "mass" of a photon to be E/c^2? Or would it bend according to the predictions of Einstein's wacky new idea? Celebrate the 95th anniversary of relativity's confirmation by reliving the story."
colinneagle (2544914) writes "What if you could transmit data without link layer flow control bogging down throughput with retransmission requests, and also optimize the size of the transmission for network efficiency and application latency constraints? In a Network World post, blogger Steve Patterson breaks down a recent breakthrough in stateless transmission using Random Linear Network Coding, or RLNC, which led to a joint venture between researchers at MIT, Caltech, and the University of Aalborg in Denmark called Code On Technologies.
The RLNC-encoded transmission improved video quality because packet loss in the RLNC case did not require the retransmission of lost packets. The RLNC-encoded video was downloaded five times faster than the native video stream time, and the RLNC-encoded video streamed fast enough to be rendered without interruption.
In over-simplified terms, each RLNC encoded packet sent is encoded using the immediately earlier sequenced packet and randomly generated coefficients, using a linear algebra function. The combined packet length is no longer than either of the two packets from which it is composed. When a packet is lost, the missing packet can be mathematically derived from a later-sequenced packet that includes earlier-sequenced packets and the coefficients used to encode the packet."