Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

Read more here:
Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

New submitter troublemaker_23 quotes a report from ITWire: Only 36% of software engineers in India can write compilable code based on measurements by an automated tool that is used across the world, the Indian skills assessment company Aspiring Minds says in a report. The report is based on a sample of 36, 800 from more than 500 colleges across India. Aspiring Minds said it used the automated tool Automata which is a 60-minute test taken in a compiler integrated environment and rates candidates on programming ability, programming practices, run-time complexity and test case coverage. It uses advanced artificial intelligence technology to automatically grade programming skills. “We find that out of the two problems given per candidate, only 14% engineers are able to write compilable codes for both and only 22% write compilable code for exactly one problem, ” the study said. It further found that of the test subjects only 14.67% were employable by an IT services company. When it came to writing fully functional code using the best practices for efficiency and writing, only 2.21% of the engineers studied made the grade. Read more of this story at Slashdot.

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Only 36 Percent of Indian Engineers Can Write Compilable Code, Says Study

Acer’s $300 Windows headset bodes well for the future of cheap VR

For Microsoft, the future of computing isn’t just virtual reality — it’s “mixed reality, ” the company’s term encapsulating AR and VR experiences . That started with HoloLens , but that device costs $3, 000 and is targeted at developers. But Microsoft has something else in mind for consumers: $300 VR headsets from PC makers like Dell and HP. Until now, the closest we’ve come to Microsoft’s mixed reality vision was by touching (but not using) a Lenovo headset . That all changed last week when I put on Acer’s Windows 10 headset. At first glance, the unnamed headset doesn’t look like anything special. But look a bit closer and you’ll notice a few intriguing elements, including two cameras on the front, and a sharp, almost racecar-like design. The visor portion of the headset can also flip up, so you can easily see what’s happening in the real world without taking it off entirely (something Lenovo’s entry also does). Unfortunately, I wasn’t allowed to take any photos, but it looks exactly like the model we saw back at CES (albeit in a bright blue instead of red). I had no trouble putting on the headset while wearing glasses, though it was a bit tough to adjust the headstrap without actually seeing it. Like the Vive and many other VR headsets I’ve tried, Acer’s entry is fairly front-heavy, so it might take some adjustment to make it feel comfortable. Once I found a decent fit, it felt like something I could easily wear for an hour or more. Those two cameras on the front are the most intriguing part of Acer’s headset, as they allow it to track your environment and head position without the need for external sensors like the Oculus Rift and HTC Vive. This technique, known as “inside out” tracking, is an offshoot of what Microsoft developed for HoloLens. The goal: to make VR setup easier for consumers, removing the need to drill holes into your walls for the Vive’s lighthouses, or find desk space for the Rift’s standing sensor. That solves one of the biggest problems Microsoft noticed the offering Rift and Vive units at its stores: Lots of buyers would return VR hardware because it was too tough to set up. Once I put on the headset, I was thrust into a virtual living room somewhere in the Pacific Northwest. Unfortunately, I was stick with using an Xbox One controller to navigate the environment — a huge step down from the Rift and Vive’s motion controllers. I was able to teleport and walk around around the room, as well as pick up and view virtual objects. While the environment wasn’t particularly detailed, it looked sharp on Acer’s headset. And most importantly, I didn’t get dizzy, even as I was moving my head around to take in the virtual space. Just like HoloLens, this new crop of Mixed Reality headsets will let you access just about every app and tool you’d otherwise use in Windows 10. That includes Universal apps, as well as those made for HoloLens. So you could conceivably throw up a video onto a wall in your virtual living room while you’re browsing the web or working on an Office doc. I didn’t have much time to run software on the headset, but I was able to move around a model of the solar system with the controller and by tilting my head. When I pushed in on Jupiter and other planets for a close-up view, they all looked sharp and clear. It was evident from the demo that Microsoft isn’t targeting high-end VR with $300 headsets like Acer’s. Instead, it’s aiming for a middle ground between mobile VR and what we’re seeing from the Rift and Vive. The company bets that relatively inexpensive headsets powered by mid-range machines will make up the majority of the PC VR market. The Acer unit I tested was powered by a gaming laptop, but the company claims computers with integrated graphics will also be able to run mixed reality headsets later this year. That’s partially due to low-end graphics getting better over time, but Microsoft claims it can also handle VR more efficiently since its Mixed Reality platform is built directly into the OS. It’s not relying on a separate app like the competition. Microsoft has also partnered with 3Glasses for a much more powerful headset which beats out Oculus and HTC’s offerings when it comes to specs, so it’s not ignoring the high-end entirely. Microsoft has made it clear that VR will be a big part of its Xbox One successor, Project Scorpio. While the company hasn’t made any official announcements regarding these low-end headsets and Scorpio, it’s something I expect we’ll hear more about at E3 in June. Given that the company’s next console is powerful enough to handle true 4K gaming, and it’s technically powered by Windows 10, it’s easy to see how it could integrate with these headsets. As for that Windows-powered HTC Vive we saw back at Computex, Microsoft says that device was just a mockup. The company doesn’t currently have any deals with HTC, but it’s open to working something out. That’s partly because Microsoft is eager to reduce the fragmentation of the VR market with Windows Mixed Reality. That’s self-serving, of course, but Microsoft has a point: Virtual reality has to be easier for consumers to jump into if we actually want it to succeed. This Acer headset, along with the first batch of offerings from PC manufacturers, will mainly be targeted at developers with the Windows Creators Update. But Microsoft is confident it will have something consumer grade to show by the holiday season. It’s taken a few years, but it won’t be long until we see if Microsoft’s bet on mixed reality actually pays off.

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Acer’s $300 Windows headset bodes well for the future of cheap VR

Scientists Have Invented Paper That You Can Print With Light, Erase With Heat, and Reuse 80 Times

An anonymous reader quotes a report from Quartz: Nearly 1% of carbon emissions annually can be attributed to paper production, even though we recycle much of the paper we produce. Yadong Yin has a solution. He and his colleagues at the University of California at Riverside have invented a type of paper that can be printed on using just light, erased by heating, and reused up to 80 times. Yin created nanoparticles, which are a million times smaller than the thickness of human hair, with the dye Prussian blue, or its chemical analogues, and titanium oxide, which is commonly used in white wall paint. This mixture is then applied to normal paper. When the coating is exposed to ultraviolet light, electrons from titanium oxide move to the dye in the nanoparticle. This addition of electrons makes the blue dye turn white. Focusing the ultraviolet light into shapes, you can print white words on a blue background — or blue words on a white background, which are easier to read. If left alone, the paper reverts to its original state in five days. That process can be accelerated by heating the paper to 120 C (250 F) for 10 minutes. Read more of this story at Slashdot.

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Scientists Have Invented Paper That You Can Print With Light, Erase With Heat, and Reuse 80 Times

Install a Windowed GNU/Linux Environment On Any Android Device With This Guide

Android’s designed largely for mobile users, but since it has Linux at its core, it can work with a desktop environment as well. If you’ve ever wanted a Linux-style GNU workspace for Android, this guide from XDA can show you how. Read more…

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Install a Windowed GNU/Linux Environment On Any Android Device With This Guide

Pull Requests Are Accepted At About The Same Rate, Regardless of Gender

An anonymous reader writes: Remember that story about how women “get pull requests accepted more (except when you know they’re women).” The study actually showed that men also had their code accepted more often when their gender wasn’t known, according to Tech In Asia — and more importantly, the lower acceptance rates (for both men and women) applied mostly to code submitters from outside the GitHub community. “Among insiders, there’s no evidence of discrimination against women. In fact, the reverse is true: women who are on the inside and whose genders are easy to discern get more of their code approved, and to a statistically significant degree.” Eight months after the story ran, the BBC finally re-wrote their original headline (“Women write better code, study suggests”) and added the crucial detail that acceptance rates for women fell “if they were not regulars on the service and were identified by their gender.” Read more of this story at Slashdot.

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Pull Requests Are Accepted At About The Same Rate, Regardless of Gender

Tesla’s next-generation Superchargers should be much faster

Tesla’s Superchargers are certainly faster than most public EV stations, but they’re still far slower than you might hope for. When it can take about 40 minutes to get an 80 percent charge, you can’t exactly grab and go like you would at a gas pump. Relief is in sight, however: Elon Musk has teased third-generation Superchargers that could supply much, much more power than the maximum 150kW per car you see today. Even the 350kW floated as a guess by Electrek ‘s Fred Lambert is like a “children’s toy, ” according to Musk. Musk isn’t diving into specifics, to no one’s surprise, so it’s not clear just how quickly the new system would charge, when it arrives or whether it will be compatible with existing Tesla cars. As our Autoblog compatriots point out , though, Geneva is planning to deploy buses that use 600kW “flash-charging” to keep running without significantly interrupting their schedules. Even a longer recharge at the end of the line should take 4-5 minutes. If Tesla can approach that level of power delivery, it could speed up charging to the point where you can visit a Supercharger when you’re pressed for time (say, on the way to work). Any dramatic improvement would go a long way toward making EVs more acceptable to a public used to refilling their cars almost on impulse, instead of planning their trips around it. However, it could also make financial sense for Musk and company. The shorter your charging stop, the sooner you free up a given space for the next driver. Whatever Tesla spends to upgrade stations could be offset by taking more customers (many of whom will be paying ) and reducing the need for additional stations to keep up with demand. Also, Musk notes that both these “V3” stations and Powerwall 2 will be key to a wide rollout of solar-powered Superchargers that are kinder to both Tesla’s energy costs and the environment. @FredericLambert There are some installed already, but full rollout really needs Supercharger V3 and Powerpack V2, plus SolarCity. Pieces now in place. — Elon Musk (@elonmusk) December 24, 2016 @FredericLambert A mere 350 kW … what are you referring to, a children’s toy? — Elon Musk (@elonmusk) December 24, 2016 Via: Autoblog Source: Elon Musk (Twitter 1) , (2)

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Tesla’s next-generation Superchargers should be much faster