puddingebola writes: Facebook has closed Oculus VR Studio. The studio was a maker of original VR films, but now will only assist other studios. This makes it official, as the studio had been shuttered since the departure of Palmer Luckey.
In a blog post the company emphasized that "We're still absolutely committed to growing the VR film and creative content ecosystem."

angry tapir shared this news from Computerworld: An open-source chip project is out to break the dominance of proprietary chips offered by Intel, AMD, and ARM... A startup called SiFive is the first to make a business out of the [open source] RISC-V architecture. The company is also the first to convert the RISC-V instruction set architecture into actual silicon. The company on Thursday announced it has created two new chip designs that can be licensed... but the company will not charge royalties. That makes it attractive alternative compared to chip designs from ARM and Imagination Technologies, which charge licensing fees and royalties.
One of RISC-V's inventors co-founded the company, and he says that support is growing -- pointing out that there's already a fork of Linux for RISC-V.

An anonymous reader quotes Fedora Magazine: Both MP3 encoding and decoding will soon be officially supported in Fedora. Last November the patents covering MP3 decoding expired and Fedora Workstation enabled MP3 decoding via the mpg123 library and GStreamer... The MP3 codec and Open Source have had a troubled relationship over the past decade, especially within the United States. Historically, due to licensing issues Fedora has been unable to include MP3 decoding or encoding within the base distribution... A couple of weeks ago IIS Fraunhofer and Technicolor terminated their licensing program and just a few days ago Red Hat Legal provided the permission to ship MP3 encoding in Fedora.

MojoKid writes: Today, an image of what could be a touch-screen Amazon Echo device has emerged. Like the earlier Echo Look leak, the image of the device was found on Amazon's servers, just waiting to be discovered. The new Echo device is reportedly codenamed "Knight" and will be revealed later this month. It will also take its place as the flagship of the Echo family, likely surpassing the $179.99 MSRP of the original Alexa-powered AI speaker. It should be noted that the image leak lines up with previous reports we've seen regarding a so-called flagship Echo device. Late last year, we learned that the device would feature a 7-inch touch screen, and that it would have integrated speakers that are superior to those in the original Echo. There's even a built-in camera at the top of the device, which could be useful for video conferencing. It was also mentioned that the Echo device will run Amazon's FireOS and respond to verbal commands and spoken questions, just like current Alexa devices. Amazon is also reportedly testing a feature that allows users to pin items such as photos on their speaker's screen akin to physically placing items on a "refrigerator door."

According to Strategy Analytics, Apple has shipped 3.5 million wearables in the first quarter of 2017, which is 59 percent higher than the 2.2 million devices it did in the same period last year. Engadget reports: Cupertino captured 16 percent of the global marketshare and stole the wearables crown from Fitbit, which had a much less stellar quarter. Fitbit only shipped 2.9 million devices in Q1, 36 percent less than the 4.5 million units it moved in the first quarter of 2016. Even Xiaomi sold more devices, putting the beleaguered wearables-maker in third place. Those results are consistent with Apple's latest earnings report. The company said its Watch and TV sales jumped up 31 percent year-over-year, and head honcho Tim Cook said Watch sales have nearly doubled since last year. Neil Mawston, Strategy Analytics executive director, said Apple's Watch Series 2 has been selling well "due to enhanced styling, intensive marketing and a good retail presence." Were you one of the 3.5 million customers who purchased an Apple Watch in the first quarter of 2017? If so, how do you like Apple's approach to wearables?

Dan Seifert reviews the new BlackBerry KeyOne flagship smartphone via The Verge. Here's an excerpt from the report: It was in about the third hour of using the new BlackBerry KeyOne, available this month for $549 unlocked, that I started to question my longtime preference for touchscreen keyboards. Because as I was pushing on the KeyOne's tiny little buttons with the tips of my thumbs, I remembered why some people still have such an affinity for these things. It wasn't that I was able to type faster with the BlackBerry's keyboard (I wasn't), or that I was more accurate with it (I still used autocorrect). It was that I felt like I was more productive when using it. I wasn't wasting time tweeting nonsense or sending emoji in ephemeral messages. I was sending important emails, working with my colleagues in Slack, creating and completing to-do lists, and adding appointments to my calendar. I was Getting Shit Done. Getting shit done is really the entire ethos of the new KeyOne, and arguably, the many BlackBerry devices that preceded it. The KeyOne is a phone for a very specific person, one that longs for the days when the BlackBerry Bold was the most important device in the office and the majority of business communications happened over email. It's not the best choice for watching hours of YouTube videos, sending thousands of Snaps, or reading novel-length ebooks (though it can technically do all of those things). It is for sending email. Lots of email.

theodp writes: The Harvard Crimson reports that more than 60 of the 636 students enrolled in last fall's CS50: "Introduction to Computer Science I" course appeared before the College's Honor Council in a wave of academic dishonesty cases that has stretched the Council to its limits over the past few months. Former students and course staff, though, said course policy was unclear about what constituted cheating, creating the potential for unintentional violations. Consistently, one of the most popular courses at Harvard, CS50 is known for an unconventional atmosphere, complete with flashy promotional videos and corporate-sponsored events.

According to a recently published patent spotted by CB Insights, Walmart "describes a system of connected sensors that could monitor customers' product consumption," reports The Verge. "The sensors would be attached to products and rely on a variety of technology, like radio frequencies, Bluetooth, conventional barcodes, and RFID tags." From the report: Walmart doesn't suggest that any one sensor type would work best; rather, it lays out its options. Apparently it has a lot of ideas: these tags would all track how often a product is used and where it's located in a home. They could also help Walmart figure out what other products it could market to users based off their purchases. A tag reader installed on a fridge, for example, could scan every item that goes inside. This reader could then track when food is going bad or needs to be reordered. On the other hand, an RFID system could figure out when a person is picking up their toothbrush and use that information to estimate how much toothpaste is left. It could then be automatically reordered.

According to a report on DigiTimes, a former TSMC engineer has been accused of stealing the secrets of their 28nm manufacturing process and taking them across the Taiwan Straits to Chinese rival, HLMC. "The Taiwan Semiconductor Manufacturing Company (TSMC) produce the chips for the great and the good of the PC hardware market, specifically Nvidia and latterly AMD," reports PCGamesN. From the report: The report claims the former engineer, known only as Hsu, has been accused of taking details and materials relating to TSMC's 28nm manufacturing process and handing them over to Shanghai Huali Microelectronics (HLMC) after being offered a job there. The engineer was arrested before he even had a chance to start his new job on mainland China. This isn't the first reported instance of potentially shady dealings involving HLMC. DigiTimes previously reported that the Chinese foundry had headhunted a team of up to 50 research and development engineers from Taiwan's first semiconductor company, United Microelectronics (UMC), to help them get their 28nm production process up to speed. DigiTimes also alleges that some Chinese memory manufacturers have been doing the same thing, headhunting Taiwanese talent to get their own fabs off the ground, and that Micron are taking legal action against some of their Taiwan partners for allegedly nicking their tech and handing it over to China-based RAM companies.

MojoKid writes: Intel unveiled information regarding a new Xeon processor family today, some of which will be based on the company's Skylake-SP architecture. Intel will have four levels of Xeon processors that scale with respect to feature support and core counts. Intel is calling it the Xeon Scalable Family with Bronze, Silver, Gold and Platinum processors. Today, Xeon model names follow a fairly easy-to-understand format. Take for example the Xeon E5-4640 v4. "E5" in this case means that it is in the middle of Intel's current stack in terms of features and capabilities, where the "4" signifies use in a 4-socket system. Finally, the "v4" represents the architecture. With this change, a model like the one above would become Intel Xeon Gold 4640, as an example. Regardless, the chips will include support for AVX-512 instructions, QuickAssist and Volume Management Device (VMD) technologies that will take advantage of NVMe solid-state drives. The platform will also support complementary processing engines and IO technologies like Intel FPGAs, Xeon Phi accelerators and Silicon Photonics connectivity. Intel notes the processors will be arriving to market this summer.

BrianFagioli writes: Google has decided to take artificial intelligence to the maker community with a new initiative called AIY. This initiative will introduce open source AI projects to the public that makers can leverage in a simple way. Today, Google announces the first-ever AIY project. Called "Voice Kit," it is designed to work with a Raspberry Pi 3 Model B to create a voice-based virtual assistant. Billy Rutledge, Director of AIY Projects for Google, explains, "The first open source reference project is the Voice Kit: instructions to build a Voice User Interface (VUI) that can use cloud services (like the new Google Assistant SDK or Cloud Speech API) or run completely on-device. This project extends the functionality of the most popular single board computer used for digital making -- the Raspberry Pi. The included Voice Hardware Accessory on Top (HAT) contains hardware for audio capture and playback: easy-to-use connectors for the dual mic daughter board and speaker, GPIO pins to connect low-voltage components like micro-servos and sensors, and an optional barrel connector for dedicated power supply. It was designed and tested with the Raspberry Pi 3 Model B."

The Amazon Echo, a 'smart' speaker developed by Amazon.com, gets many things right. You can ask it to for weather updates, check news, and to play music, and Alexa, the AI powering the device, won't disappoint. But how smart is Alexa? Programmer Terence Eden put it to a simple test to find out. From a blog post: I can now query my solar panels via my Alexa Amazon Dot Echo. I flatter myself as a reasonably competent techie and programmer, but fuck me AWS Lambdas and Alexa skills are a right pile of shite! I wanted something simple. When I say "Solar Panels", call this API, then say this phrase. That's the kind of thing which should take 5 minutes in something like IFTTT . Instead, it took around two hours of following out-of-date official tutorials, and whinging on Twitter, before I got my basic service up and running. [...] It's not so bad, but it does reveal Amazon's contempt for developers. Several of the steps contained errors, it involves multiple logins, random clicks, and a bunch of copy & pasting. Dull and complex. A frustrating and ultimately unsatisfying experience. I ended up using StackOverflow to correct errors in my code because the documentation was so woefully lacking. I kinda thought that Amazon would hear "solar panels" and work out the rest of the query using fancy neural network magic. Nothing could be further from the truth. The developer has to manually code every single possible permutation of the phrase that they expect to hear. This isn't AI. Voice interfaces are the command line. But you don't get tab-to-complete. Amazon allows you to test your code by typing rather than speaking. I spent a frustrating 10 minutes trying to work out why my example code didn't work. Want to know why? I was typing "favourite" rather than the American spelling. Big Data my shiny metal arse.

Alana Semuels writes via The Atlantic about the parts of America most susceptible to automation: Much of the focus regarding automation has been on the Rust Belt. There, many workers have been replaced by machines, and the number of factory jobs has slipped as more production is offshored. While a lot of the rhetoric about job loss in the Rust Belt has centered on such outsourcing, one study from Ball State University found that only 13 percent of manufacturing job losses are attributable to trade, and the rest to automation. A new analysis suggests that the places that are going to be hardest-hit by automation in the coming decades are in fact outside of the Rust Belt. It predicts that areas with high concentrations of jobs in food preparation, office or administrative support, and/or sales will be most affected -- "places such as Las Vegas and the Riverside-San Bernardino area may be the most vulnerable to automation in upcoming years, with 65 percent of jobs in Las Vegas and 63 percent of jobs in Riverside predicted to be automatable by 2025. Other areas especially vulnerable to automation are El Paso, Orlando, and Louisville. Still, the authors estimate that almost all large American metropolitan areas may lose more than 55 percent of their current jobs because of automation in the next two decades.

Qualcomm is seeking to block the sale of iPhones in the U.S. after Apple decided to stop paying them billions of dollars in licensing fees for smartphone chips. Bloomberg reports: Qualcomm is preparing to ask the International Trade Commission to stop the iPhone, which is built in Asia, from entering the country, threatening to block Apple's iconic product from the American market in advance of its anticipated new model this fall, according to the person, who asked not to be identified because the discussions are private. The ITC is a quasi-judicial agency in Washington that has the power to block the import of goods into the U.S. and processes cases more quickly than federal district courts -- the venue in which the companies are accusing each other of lying, making threats and trying to create an illegal monopoly. The escalating legal dispute revolves around patents Qualcomm holds that let it to charge a percentage of the price of every modern high-speed data-capable smartphone, regardless of whether the devices use its chips. Apple argues the system is unfair and Qualcomm has used licensing leverage to illegally help its semiconductor unit.

According to U.S. semiconductor market research firm IC Insights, Samsung is likely to overtake Intel as the world's largest chip maker later this year. Bill McClean, president of IC Insights, explained that "If money market prices continue to hold or increase through the second quarter and the balance of this year, Samsung could charge into the top spot and displace Intel." PC Magazine reports: Intel first became the world's largest chipmaker back in 1993 and has held the title ever since. But as the mobile market has exploded, so did the need for the chips that make them work. Unlike on PC where Intel dominates, mobile is a different matter entirely, and Samsung is on hand to provide the DRAM and NAND chips they require. Intel first became the world's largest chipmaker back in 1993 and has held the title ever since. But as the mobile market has exploded, so did the need for the chips that make them work. Unlike on PC where Intel dominates, mobile is a different matter entirely, and Samsung is on hand to provide the DRAM and NAND chips they require.

hackingbear writes: Researchers at the University of Science and Technology of China created a quantum device, called a boson sampling machine, that can now carry out calculations for five photons, but at a speed 24,000 times faster than previous experiments. Pan Jianwei, the lead scientist on the project, said that though their device was already (only) 10 to 11 times faster at carrying out the calculations than the first electronic digital computer, ENIAC, and the first transistor computer, TRADIC, in running the classical algorithm, their machine would eclipse all of the world's supercomputers in a few years. "Our architecture is feasible to be scaled up to a larger number of photons and with a higher rate to race against increasingly advanced classical computers," they said in the research paper published in Nature Photonics. This device is said to be the first quantum computer beating a real electronic classical computer in practice. Scientists estimate that the current faster supercomputers would struggle to estimate the behavior of 20 photons.

As he told the Make Me Smart podcast, Microsoft is looking for something far more transformative, like an entirely new category of smartphone that's so original and appealing that OEMs won't be able to resist tagging along. From a report: "At this point we're making sure that all of our software is available on iOS and Android and it's first class and we're looking for what's the next change in form and function," he said when asked whether Microsoft would make another phone. Nadella doesn't discuss what form these mobile devices could take, though Microsoft does have some candidates, like its HoloLens augmented reality (AR) headgear. No doubt he's keeping close tabs on Google's early progress with its Tango phone AR experiments.

An 18-year-old student from Mexico has won the top prize at the Global Student Entrepreneur Awards (GSEA) for his invention of a bra that can help in the early detection of breast cancer. "The bra, otherwise known as EVA, was developed with three friends through his company Higia Technologies, and was created primarily for women with genetic predisposition to cancer," reports The Independent. From the report: Equipped with around 200 biosensors, the bra maps the surface of the breast and is able to monitor changes in temperature, shape and weight. "Why a bra? Because it allows us to have the breasts in the same position and it doesn't have to be worn more than one hour a week," he said in an interview with El Universal. Rios Cantu says that the biosensors are able to determine thermal conductivity by specific zones. In some instances, heat can indicate more blood flow, which therefore indicates that those blood vessels are "feeding" on something -- typically some type of cancer. After beating 13 other student entrepreneurs from around the globe, Rios Cantu took home an impressive $20,000.

An anonymous reader quotes a report from Reuters: Apple Inc reported a surprise fall in iPhone sales for the second quarter on Tuesday, indicating that customers had held back purchases in anticipation of the 10th-anniversary edition launch of the company's most important product. Apple sold 50.76 million iPhones in its fiscal second quarter ended April 1, down from 51.19 million a year earlier. Analysts on average had estimated iPhone sales of 52.27 million, according to financial data and analytics firm FactSet. However, revenue from the smartphones rose 1.2 percent in the quarter. Expectations are building ahead of Apple's 10th-anniversary iPhone range this fall, with investors hoping that the launch would help bolster sales.

aarondubrow writes: Finding new drugs that can more effectively kill cancer cells or disrupt the growth of tumors is one way to improve survival rates for ailing patients. Researchers are using supercomputers at the Texas Advanced Computing Center to find new chemotherapy drugs and to test known compounds to determine if they can fight different types of cancer. Recent efforts have yielded promising drug candidates, potential plant-derived compounds and new target sites that can lead to more effective drugs. From the Texas Advanced Computing Center: "Identifying a new drug by intuition or trial and error is expensive and time consuming. Virtual screening, on the other hand, uses computer simulations to explore how a large number of small molecule compounds 'dock,' or bind, to a target to determine if they may be candidates for future drugs. [...] In September 2016, writing in the journal Oncogene, Rommie Amaro, professor of Chemistry and Biochemistry at the University of California, reported results from the largest atomic-level simulation of the tumor suppression protein [p53] to date -- comprising more than 1.5 million atoms. The simulations helped to identify new 'pockets' -- binding sites on the surface of the protein -- where it may be possible to insert a small molecule that could reactivate p53. They revealed a level of complexity that is very difficult, if not impossible, to experimentally test. According to Amaro, computing provides a better understanding of cancer mechanisms and ways to develop possible novel therapeutic avenues."