By msmash from Slashdot's everyone-agrees department
The New York Times' Editorial Board writes: The chairman of the Federal Communications Commission wants to let Comcast, Verizon and other broadband companies turn the internet into a latter-day version of cable TV, in which they decide what customers can watch and how much they pay for that content. That's essentially what would happen under the proposal by the chairman, Ajit Pai, to abandon the commission's network neutrality rules, which prevent telecom companies from interfering with how their customers use the internet. Net neutrality prevents those companies from having companies like Amazon pay a fee to get their content delivered more quickly than their rivals', and from having the firms throttle other services and websites, even blocking customer access to, say, Netflix or an online newspaper. Under Mr. Pai's proposal, telecom companies would effectively be allowed to sell you a basic internet plan that might include only limited access to Google and email. For Facebook and Twitter you might need a slightly more expensive deluxe plan. The premium plan might include access to Netflix and Amazon. Oh, and by the way, media businesses eager to gain more users could pay broadband companies to be included in their enhanced basic or deluxe plans. Further reading: Associated Press fact check: Net-neutrality claims leave out key context; The death of the Internet.Read Replies (0)
By msmash from Slashdot's an-idea department
An anonymous reader shares a report: Community college is not flashy and does not make promises about your future employability. You will also likely not learn current way-cool web development technologies like React and GraphQL. In terms of projects, you're more likely to build software for organizing a professor's DVD or textbook collection than you are responsive web apps. I would tell you that all of this is OK because in community college computer science classes you're learning fundamentals, broad concepts like data structures, algorithmic complexity, and object-oriented programming. You won't learn any of those things as deeply as you would in a full-on university computer science program, but you'll get pretty far. And community college is cheap, though that varies depending on where you are. Here in Portland, OR, the local community college network charges $104 per credit. Which means it's possible to get a solid few semesters of computer science coursework down for a couple of grand. Which is actually amazing. In a new piece published in the Communications of the ACM, Silicon Valley researchers Louise Ann Lyon and Jill Denner make the argument that community colleges have the potential to play a key role in increasing equity and inclusion in computer science education. If you haven't heard, software engineering has a diversity problem. Access to education is a huge contributor to that, and Denner and Lyon see community college as something of a solution in plain sight.Read Replies (0)
Texting Is 25 Years Old
Posted by News Fetcher on December 04 '17 at 10:32 AM
By msmash from Slashdot's looking-back department
Readers share a report: The first text message was sent on Dec. 3, 1992, by British engineer Neil Papworth to Richard Jarvis, an executive at British telecom Vodafone. Typed out on a PC, it was sent to Jarvis's Orbitel 901, a mobile phone that would take up most of your laptop backpack. Although Papworth is credited with sending the first text message, he's not the so-called father of SMS. That honor falls on Matti Makkonen, who initially suggested the idea back in 1984 at a telecommunications conference. But texting didn't take off over night. First it had to be incorporated into the then-budding GSM standard. Today, about 97 percent of smartphone owners use text messaging, according to Pew Research, and along the way, a new set of sub-languages based on abbreviations and keyboard-based imagery has evolved.Read Replies (0)
By msmash from Slashdot's watch-out department
More than one billion people use Facebook's Messenger app to communicate every month. Now the social juggernaut is going after the younger audience. On Monday, it announced Messenger Kids, a standalone mobile app designed for children age 13 and under. From a report: The app, Messenger Kids, is a messaging service that gives parents authority over who their kids can chat with. Once a parent adds someone to their child's contact list through the main Facebook app, kids can video chat as well as send photos, videos, and texts, or pick something from "a library of kid-appropriate and specially chosen GIFs, frames, stickers, masks, and drawing tools," according to Facebook's announcement post. [...] A Facebook spokesperson said in an email to Gizmodo, "We've built automated systems that can detect things like nudity, violence, and child exploitative imagery to help limit that content from being shared on Messenger Kids. We also have blocking and reporting mechanisms, and have a dedicated team of human reviewers that review all content that is reported."Read Replies (0)
By msmash from Slashdot's breadth-of-fresh-air department
Cecilia Kang, reporting for the New York Times: This is one of the most remote towns in the United States, a small gravel spit on the northwest coast of Alaska, more than 3,700 miles from New York City. Icy seas surround it on three sides, leaving only an unpaved path to the mainland. Getting here from Anchorage, about 700 miles away, requires two flights. Roads do not connect the two places. Basics like milk and bread are delivered by air, and gas is brought in by barge during the summer. Needless to say, this is not the sort of place you expect to be a hub of the high-tech digital world. But in a surprising, and bittersweet, side effect of global warming -- and of the global economy -- one of the fastest internet connections in America is arriving in Point Hope, giving the 700 or so residents their first taste of broadband speed. The new connection is part of an ambitious effort by Quintillion, a five-year old company based in Anchorage, to take advantage of the melting sea ice to build a faster digital link between London and Tokyo. High-speed internet cables snake under the world's oceans, tying continents together and allowing email and other bits of digital data sent from Japan to arrive quickly in Britain. Until recently, those lines mostly bypassed the Arctic, where the ice blocked access to the ships that lay the cable. But as the ice has receded, new passageways have emerged, creating a more direct path for the cable -- over the earth's northern end through places like the Chukchi Sea -- and helping those emails move even move quickly. Quintillion is one of the companies laying the new cable, and Point Hope is one of the places along its route.Read Replies (0)
By EditorDavid from Slashdot's two-faced department
The Washington Post ran a technology column asking what happens "when the face-mapping tech that powers the iPhone X's cutesy 'Animoji' starts being used for creepier purposes." It's not just that the iPhone X scans 30,000 points on your face to make a 3D model. Though Apple stores that data securely on the phone, instead of sending it to its servers over the Internet, "Apple just started sharing your face with lots of apps." Although their columnist praises Apple's own commitment to privacy, "I also think Apple rushed into sharing face maps with app makers that may not share its commitment, and it isn't being paranoid enough about the minefield it just entered." "I think we should be quite worried," said Jay Stanley, a senior policy analyst at the American Civil Liberties Union. "The chances we are going to see mischief around facial data is pretty high -- if not today, then soon -- if not on Apple then on Android." Apple's face tech sets some good precedents -- and some bad ones... Less noticed was how the iPhone lets other apps now tap into two eerie views from the so-called TrueDepth camera. There's a wireframe representation of your face and a live read-out of 52 unique micro-movements in your eyelids, mouth and other features. Apps can store that data on their own computers.
To see for yourself, use an iPhone X to download an app called MeasureKit. It exposes the face data Apple makes available. The app's maker, Rinat Khanov, tells me he's already planning to add a feature that lets you export a model of your face so you can 3D print a mini-me. "Holy cow, why is this data available to any developer that just agrees to a bunch of contracts?" said Fatemeh Khatibloo, an analyst at Forrester Research.
"From years of covering tech, I've learned this much," the article concludes. "Given the opportunity to be creepy, someone will take it."Read Replies (0)
By EditorDavid from Slashdot's picking-up-prize-money department
An anonymous reader quote The Guardian:
The most glitzy event on the scientific calendar took place on Sunday night when the Breakthrough Foundation gave away $22 million in prizes to dozens of physicists, biologists and mathematicians at a ceremony in Silicon Valley. The winners this year include five researchers who won $3 million each for their work on cell biology, plant science and neurodegenerative diseases, two mathematicians, and a team of 27 physicists who mapped the primordial light that warmed the universe moments after the big bang 13.8 billion years ago. Now in their sixth year, the Breakthrough prizes are backed by Yuri Milner, a Silicon Valley tech investor, Mark Zuckerberg of Facebook and his wife Priscilla Chan, Anne Wojcicki from the DNA testing company 23andMe, and Google's Sergey Brin. Launched by Milner in 2012, the awards aim to make rock stars of scientists and raise their profile in the public consciousness. The annual ceremony at Nasa's Ames Research Center in California provides a rare opportunity for some of the world's leading minds to rub shoulders with celebrities, who this year included Morgan Freeman as host, fellow actors Kerry Washington and Mila Kunis, and Miss USA 2017 Kara McCullough...
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By EditorDavid from Slashdot's good-morning-star-slam department
"It's hard to overstate the enormous leap forward that astronomy took on August 17, 2017," reports an article shared by schwit1:
On that day, astronomers bore witness to the titanic collision of two neutron stars, the densest things in the universe besides black holes. In the collision's wake, astronomers answered multiple major questions that have dominated their field for a generation. They solved the origin of gamma-ray bursts, mysterious jets of hardcore radiation that could potentially roast Earth. They glimpsed the forging of heavy metals, like gold and platinum. They measured the rate at which the expansion of the universe is accelerating. They caught light at the same time as gravitational waves, confirmation that waves move at the speed of light. And there was more, and there is much more yet to come from this discovery... "Now it's a question of, do we have the right instrumentation for doing all the follow-up work?" said Edo Berger, an astronomer at Harvard who studies explosive cosmic events. "Do we have the right telescopes? What's going to happen when we have not just one event, but one a month, or one a week -- how do we deal with that flood...?"
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