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Comment Hasn't he learned anything? (Score 2) 360

May as well be a buggy manufacturer in the early 1900s mocking Henry Ford as not having the infrastructure to support automobiles. "Look!" says the CEO, "His automobiles have to be serviced by one of those rare individuals that knows how, but our horse and buggy work everywhere!"

Prior to widespread adoption of internal combustion engines, gas stations (as such) didn't exist. Prior to widespread adoption of the telegraph and the telephone, infrastructure supporting those innovations didn't exist. Prior to the widespread adoption of the Internet, there weren't millions of miles of high speed data cables crossing the globe with signals directed by complex high-speed routing devices. Prior to the widespread adoption of cell phones and smartphones, there was no infrastructure to support them either.

Yet all these things thrived because the infrastructure grew with their adoption. When someone has a car and needs fuel, he has to figure out the logistics of that himself and it can seem unworkable on a larger scale. When half his neighbors have cars and need fuel, an enterprising young businessman comes along and opens a gas station. When Elon Musk sells a few hundred high-end sports cars (the Roadster) around the world to some rich people, he and his customers have to work out some painful logistics for things like service and it can seem unworkable on a larger scale. Check back in five years and see how much trouble it is to run around in the latest Tesla car then.

Tesla's working because they started at the high end of the market where margins are high and logistics are easier. They've used those high margins to push through massive infrastructure improvements around the US and in other richer areas to allow for an even more rapid adoption. They've established a brand by promising big and delivering bigger, then continuing to deliver long after the sale (improving an existing car? who's ever heard of such a thing?!) Mercedes can claim Tesla isn't a threat, but they're a few years away from either having to spend a fortune trying to catch up or they'll end up paying Elon Musk licensing fees for his tech.

Submission + - Criminals use drones to find cannabis farms and then steal from growers (suasnews.com)

garymortimer writes: One such man, an unnamed 33-year-old, told the Halesowen News that after finding a property with a cannabis farm he and his crew either burgle or “tax” the victim.

“They are fair game,” he said. “It is not like I’m using my drone to see if people have nice televisions. I am just after drugs to steal and sell, if you break the law then you enter me and my drone’s world.

“Half the time we don’t even need to use violence to get the crop. Growing cannabis has gone mainstream and the people growing it are not gangsters, especially in places like Halesowen, Cradley Heath and Oldbury.”

Submission + - Americans Wary of Some Futuristic Technology

Hugh Pickens DOT Com writes: Doug Gross reports at CNN that Americans are generally excited about the new technology they expect to see in their lifetimes but when confronted with some advances that already appear possible — from skies filled with drones to meat made in a lab — they get nervous. Overall, respondents to a survey by the Pew Research Center were upbeat about how technology will shape the near future. In the report, 59% of Americans think tech developments will make life in the next half-century better, while only 30% said they will make life worse. More than eight out of 10 respondents (81%) said they think that in the next 50 years, people who need transplants will be able to get them with organs grown in labs. More than half (51%) think computers will be able to create art as skillfully as humans do. But Americans are a little less optimistic about some science-fiction staples. Only 39% think it's likely scientists will have figured out how to teleport things (or, presumably, people), 33% say we'll have long-term space colonies by 2064 and a mere 19% expect humans will be able to control the weather.

But some of the advances that may be closest to becoming reality are the ones survey respondents were most worried about (PDF). Nearly two out of three Americans think it would make things worse if U.S. airspace is opened up to personal drones. A similar number dislike the idea of robots being used to care for the sick and elderly, and of parents being able to alter the DNA of their unborn children. Only 37% of respondents think it will be good if wearable devices or implants allow us to be digitally connected all the time. People were split almost evenly (48%-50%) on whether they would ride in a driverless car. But only 26% said they'd get a brain implant to improve their memory or intelligence, and a mere 20% said they'd try eating meat made in a lab. Some 9% said they'd like to be able to time travel. A similar number said they'd like something that would keep them healthy or extend their lives, 6% said they wanted a flying car (or bike), 3% said they'd take a teleportation device and a mere 1% said they want their own jetpack.

Asked to describe in their own words the futuristic inventions they themselves would like to own, the public offered three common themes: 1) travel improvements like flying cars and bikes, or even personal space crafts; 2) time travel; and 3) health improvements that extend human longevity or cure major diseases. "In the long run, Americans are optimistic about the impact that scientific developments will have on their lives and the lives of their children — but they definitely expect to encounter some bumps along the way," says Aaron Smith, a senior researcher at Pew and the author of the report. "They are especially concerned about developments that have the potential to upend long-standing social norms around things like personal privacy, surveillance, and the nature of social relationships."

Comment Re:Someone doesn't understand devops. (Score 1) 226

Developers should grossly outnumber operations. If it doesn't, your ops people probably aren't doing enough automation. Depending on how important that scalability and automation is, you might want more "devops" types in your operations team than other companies. Truly large tech companies call this SRE and don't have a traditional ops role at all. So I'd say having your three-way split would be OK for some companies, but a two-way split between non-ops developers and dev-ops operations works well for others. Really anything that minimizes the rigid wall between the two sides and gives each visibility and influence into the other is good.

Comment Re:whine (Score 2) 226

I think the idea is to *find* good people that already have interests and skills that encompass the union of the two, and supplement the "good developers doing development" and "good operation guys doing operation stuff".

To be honest, I think a developer that has no interest in infrastructure is a developer that can't design a scalable, supportable service (you need to know how the infrastructure works in order to effectively use it). An ops person that has no interest in programming is an ops person that can't scalably support a service (who's going to build the automation and monitoring?). In my eyes a good balance is to have your "good developers doing development" supplemented with some "developers that know operations" to make sure they're designing things well. On the operations side, supplement "developers that know operations" with "operations people that know how to code" so they can work together to scale up automation, not staff, as a service grows. This is essentially how SRE works at many large tech companies.

Comment What a mess (Score 0) 91

The previous spectrum auction made sense.. Cut of channels 52-69 and sell them off. Broadcasters were required to have two channels during the DTV transition, so if one of them was on a terminated frequency, they'd just have to use the other on a permanent basis.

But this one is psychotic... Everybody, everywhere, has to put their entire operation up for bids. The FCC gets to evaluate on a massive scale how to build a contiguous and nation-wide band out of the cheapest broadcasters on offer, with the real possibility they will end up with a patchwork of frequencies in different areas used for cell phone traffic, but still TV (and radio) in others.

This is the most complex mess I've ever seen, and worse, it reeks of devaluing, and largely throwing away nearly a century of public infrastructure, in exchange for some short-term cash, from companies who are simply doing a piss-poor job of spectrum-reuse because old TV frequencies are going for *cheap*. Honestly, this is blatant big-money lobbying against public interest, almost as bad as LightSquared, trying to leagalize their misuse of frequencies that would knock out GPS, and later trying to trade their frequencies for military channels that have never been on offer for any companies to use.

Comment Re:Government picking favorites (Score 4, Interesting) 91

You're quite wrong about broadcast television. With the switch to digital, it has gotten vastly more useful and practical.

Now, putting-up an antenna is the best picture quality you can get. Most stations have 2+ subchannels, so instead of 7 channels, you get 21+, and hence a proliferation of minor networks... "AntennaTV" "THIS" "MeTV" and more come to mind. And they have a far greater signal-to-noise ratio than cable channels, due to limited space and the demands of a massive broadcast audience. In some secondary (ie. old UHF-only) markets, major networks were entirely missing, due to limited space, but are now able to be carried as sub-channels on competitor's broadcast towers.

OTA broadcast viewership is increasing, mainly with young households opting for an antenna rather than cable/satellite, ssince those have lost their technical edge, and the price is hard to justify. And OTA is critical for TV-related companies... Those TV-tuners for computers wouldn't have a. big enough market without it, and no reason to exist. DVR companies also probably wouldn't be able to make it without the OTA crowd. Startups like Aereo would be gone, with no possibly legal source of content.

And tell me this... Where can you find daily national/world news with the same quality as the approx. 4am newscasts on CBS/NBC/ABC? BBC World Service looks like crap by comparison, though easily better than CNN/MSNBC/FauxNews of course. How about educational content like the broadcast networks are required to air for children? We absolutely do get a hell of a lot from broadcast OTA TV.

Submission + - Switching from Sitting to Standing at Your Desk

Hugh Pickens DOT Com writes: Chris Bowlby reports at BBC that medical research has been building up for a while now, suggesting constant sitting is harming our health — potentially causing cardiovascular problems or vulnerability to diabetes. Advocates of sit-stand desks say more standing would benefit not only health, but also workers' energy and creativity. Some big organizations and companies are beginning to look seriously at reducing “prolonged sitting” among office workers. "It's becoming more well known that long periods of sedentary behavior has an adverse effect on health," says GE engineer Jonathan McGregor, "so we're looking at bringing in standing desks." The whole concept of sitting as the norm in workplaces is a recent innovation, points out Jeremy Myerson, professor of design at the Royal College of Art. "If you look at the late 19th Century," he says, Victorian clerks could stand at their desks and "moved around a lot more". "It's possible to look back at the industrial office of the past 100 years or so as some kind of weird aberration in a 1,000-year continuum of work where we've always moved around." What changed things in the 20th Century was "Taylorism" — time and motion studies applied to office work. "It's much easier to supervise and control people when they're sitting down," says Myerson. What might finally change things is if the evidence becomes overwhelming, the health costs rise, and stopping employees from sitting too much becomes part of an employer's legal duty of care "If what we are creating are environments where people are not going to be terribly healthy and are suffering from diseases like cardiovascular disease and diabetes," says Prof Alexi Marmot, a specialist on workplace design, "it's highly unlikely the organization benefits in any way."

Submission + - Problems with Windows XP caused by Microsoft.

Futurepower(R) writes: We are seeing 4 kinds of problems with Windows XP today at 2 remote locations:

1) One kind of problem is similar to the one in this April 7, 2014 story about computers in Australia: Pop-ups irritate Windows XP's remaining users. Microsoft Security Essentials on computers in the United States give pop-up messages about the MSE service being stopped.

2) Computers are requiring far longer to start, perhaps 12 to 15 minutes. Then the MSE pop-up appears.

3) Microsoft Security Essentials now calls into question whether XP is genuine. These are all computers that have run without issues for several years. The customer bought licenses when Windows XP was first released.

4) We have seen problems with the Windows XP operating system detecting a key stuck down when no keys were pressed on the keyboard. That is a software problem, not a keyboard hardware problem. It causes the system to be un-responsive because the key being detected is not one actually pressed, but is actually a key combination. Again, that is happening on computers that have been trouble-free for years. That problem began happening after a Windows update.

Microsoft said it would support MSE on Windows XP for another year. See the Microsoft article, Microsoft antimalware support for Windows XP. Apparently that support is not happening in the normal way.

Submission + - Deep Brain Stimulation Triggers Hallucinations (sciencemag.org)

sciencehabit writes: A new study has found the area in the brain responsible for hallucinations. Brain scans of an epilepsy patient revealed a shrunken spot near his hippocampus—the brain’s memory center. Studies had shown that this region—known as the parahippocampal place area (PPA)—was involved with recognizing of scenes and places. Doctors reconfirmed this by showing the patient pictures of a house and seeing the PPA light up on brain scans with functional magnetic resonance imaging. To assess if the PPA was ground zero for seizures, the doctors used a routine procedure that involves shooting soft jolts of electricity into the region and seeing if the patient senses an oncoming seizure. Rather than have déjà vu, the patient’s surroundings suddenly changed as he hallucinated places familiar to him. In one instance, the doctors morphed into the Italians from his local pizza place.

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