Tag Archives: robot

Generation Robot – Terri Favro

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Generation Robot
A Century of Science Fiction, Fact, and Speculation
Terri Favro

Genre: Science & Nature

Price: $1.99

Publish Date: February 6, 2018

Publisher: Skyhorse Publishing

Seller: Perseus Books, LLC


Generation Robot covers a century of science fiction, fact and, speculation—from the 1950 publication of Isaac Asimov’s seminal robot masterpiece, I, Robot, to the 2050 Singularity when artificial and human intelligence are predicted to merge. Beginning with a childhood informed by pop-culture robots in movies, in comic books, and on TV in the 1960s to adulthood where the possibilities of self-driving cars and virtual reality are daily conversation, Terri Favro offers a unique perspective on how our relationship with robotics and futuristic technologies has shifted over time. Peppered with pop-culture fun-facts about Superman’s kryptonite, the human-machine relationships in the cult TV show Firefly, and the sexual and moral implications of the film Ex Machina, Generation Robot explores how the techno-triumphs and resulting anxieties of reality bleed into the fantasies of our collective culture. Clever and accessible, Generation Robot isn’t just for the serious, scientific reader—it’s for everyone interested in robotics and technology since their science-fiction origins. By looking back at the future she once imagined, analyzing the plugged-in present, and speculating on what is on the horizon, Terri Favro allows readers the chance to consider what was, what is, and what could be. This is a captivating book that looks at the pop-culture of our society to explain how the world works—now and tomorrow.

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Generation Robot – Terri Favro

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Maybe Atrios Is Right About Driverless Cars

Mother Jones

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A couple of weeks ago we bought a Neato robotic vacuum. It wouldn’t operate for more than five minutes at a time, so I called tech support. They were very nice, and said I had to “calibrate the battery.” Huh. I did that, and it got better, but then it wouldn’t return to its base. Calibrate it again, they said. So I did, and it started returning home. But then it started running into a wall and getting stuck. I don’t know why. It was just a bare wall. But the robot apparently wanted to climb up to the ceiling or something, and you know how robots are once they get an idea in their heads. Then it went under a chair and refused to come out.

So I returned the Neato and went to Fry’s, where I bought a Roomba. Much better! It worked the first time with no problems—except for one thing: it would only clean one room. Apparently some bright spark in the Roomba marketing department asked engineering to write a bit of additional firmware that would cripple the device so they could call it a new model and sell it at a new price point. But this makes it fairly useless, since the whole point of a device like this is to schedule it and forget it.

But I tried it anyway. Oddly, it worked OK upstairs, where there are many hallways and rooms. Downstairs, though, it would only clean the living room. I moved it to the kitchen, but no dice: it made a beeline for the living room and cleaned it again. So I tried one more time. Success! It started cleaning the kitchen. But then it developed a grudge against our dishwasher. I wish I had video of this, but basically it went nuts. It banged into it, circled around angrily, got up on its hind wheels (seriously) and banged away some more. It was pissed. I watched it do this for more than five minutes before I shut it off. I was afraid it would eventually wreck the dishwasher. It’s going back to Fry’s tomorrow.

For some time Atrios has been saying that driverless cars are a fantasy. I think he’s crazy. But I have to score this round in his favor. Robotic vacuums travel at about 1 mph; they don’t have to avoid other robotic vacuums; nothing in their path moves; and all they have to do is crudely recognize obstacles and map a way around them. And yet, after ten years of development, they still can’t do it reliably. Maybe driverless cars really are a fantasy.

But I have good tech news too. Many years ago I got tired of the lousy keyboards that come with modern computers, and bought an old IBM mechanical keyboard. It was nice, but it was so loud I stopped using it. The noise was so overpowering that it almost made conversation impossible.

Last week I decided to try again. You may not be aware of this, but thanks to gamers there’s been a renaissance in high-quality mechanical keyboards. The one I bought was insanely expensive (about $150), but also had some other features I wanted, and it’s killer. For the cognoscenti among you, it uses Cherry MX brown switches, and I love it. It has a great feel, but the sound is muffled just enough that it won’t wake the neighbors.

It even advanced the cause of journalism. Once I tried it out, I was so eager to type something substantial that I finally got back to a story I’m writing for the next issue of the magazine. It’s all finished now, and you’re probably going to hate it. Everyone’s going to hate it. But at least it was created using a really nice keyboard.

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Maybe Atrios Is Right About Driverless Cars

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Summers: Yes, the Robots Are Coming to Take Our Jobs

Mother Jones

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Jim Tankersley called up Larry Summers to ask him to clarify his views on whether automation is hurting middle-class job prospects. Despite reports that he no longer supports this view, apparently he does:

Tankersley: How do you think about the effects of technology and automation on workers today, particularly those in the middle class?

Summers: No one should speak with certainty about these matters, because there are challenges in the statistics, and there are conflicts in the data. But it seems to me that there is a wave of what certainly appears to be labor-substitutive innovation. And that probably, we are only in the early innings of such a wave.

I think this is precisely right. I suspect that:

Automation began having an effect on jobs around the year 2000.
The effect is very small so far.
So small, in fact, that it probably can’t be measured reliably. There’s too much noise from other sources.
And I might be wrong about this.

In any case, this is at least the right argument to be having. There’s been a sort of straw-man argument making the rounds recently that automation has had a big impact on jobs since 2010 and is responsible for the weak recovery from the Great Recession. I suppose there are some people who believe this, but I really don’t think it’s the consensus view of people (like me) who believe that automation is a small problem today that’s going to grow in the future. My guess is that when economists look back a couple of decades from now, they’re going to to date the automation revolution from about the year 2000—but that since its effects are exponential, we barely noticed it for the first decade. We’ll notice it more this decade; a lot more in the 2020s; and by the 2030s it will be inarguably the biggest economic challenge we face.

Summers also gets it right on the value of education. He believes it’s important, but he doesn’t think it will do anything to address skyrocketing income inequality:

It is not likely, in my view, that any feasible program of improving education will have a large impact on inequality in any relevant horizon.

First, almost two-thirds of the labor force in 2030 is already out of school today. Second, most of the inequality we observe is within education group — within high school graduates or within college graduates, rather than between high school graduates and college graduates. Third, inequality within college graduates is actually somewhat greater than inequality within high school graduates. Fourth, changing patterns of education is unlikely to have much to do with a rising share of the top 1 percent, which is probably the most important inequality phenomenon. So I am all for improving education. But to suggest that improving education is the solution to inequality is, I think, an evasion.

Also read Kevin’s #longread all about this stuff: Welcome, Robot Overlords. Please Don’t Fire Us?

This is the key fact. Rising inequality is almost all due to the immense rise in the incomes of the top 1 percent. But no one argues that the top 1 percent are better educated than, say, the top 10 percent. As Summers says, if we improve our educational outcomes, that will have a broad positive effect on the economy. But it very plainly won’t have any effect on the dynamics that have shoveled so much of our economic gains to the very wealthy.

The rest is worth a read (it’s a fairly short interview). Summers isn’t saying anything that lots of other people haven’t said before, but he’s an influential guy. The fact that he’s saying it too means this is well on its way to becoming conventional wisdom.

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Summers: Yes, the Robots Are Coming to Take Our Jobs

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What Does “Transformers” Say About America’s Failure to Combat Climate Change?

Mother Jones

Nothing. It says nothing. It’s a stupid movie about trucks fighting each other and stupid humans running around doing meaningless bullshit. As far as movies about trucks from space fighting each other go, it’s fine, I guess. The trucks fight quite well and the humans run around doing meaningless bullshit impressively. The humans are all very attractive, too, which is nice. None of it makes any sense, of course. The movie is awful. This is an objective truth. You’re probably going to see it eventually because that’s the way life works, but make no mistake, it’s deeply stupid.

This is the fourth film about robot trucks from space fighting each other and maybe the thrill has just died a bit? I think for the fifth one they should switch it up and have the robot trucks from space kiss each other while the humans run around doing meaningless bullshit. The humans and their meaningless bullshit are a key factor to the success of this franchise. They shouldn’t abandon that. But I personally would like to see something new. Something fresh. The trucks in the sweet embrace of love. Kissing, holding, touching, rubbing.

Anyway, have a great weekend.

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What Does “Transformers” Say About America’s Failure to Combat Climate Change?

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What Marc Andreessen Gets Wrong About Our Future Robot Overlords

Mother Jones

Marc Andreessen recently wrote a widely shared post about how robots will change the economy. The Netscape founder turned mega-venture-capitalist predicts that we’re headed toward a future when robots do our grunt work, launching a “Golden Age” where humans are freed from wage-grubbing to do “nothing but arts and sciences, culture and exploring and learning”:

Housing, energy, health care, food, and transportationâ&#128;&#138;—â&#128;&#138;they’re all delivered to everyone for free by machines. Zero jobs in those fields remain…It’s a consumer utopia. Everyone enjoys a standard of living that kings and popes could have only dreamed of…Since our basic needs are taken care of, all human time, labor, energy, ambition, and goals reorient to the intangibles: the big questions, the deep needs. Human nature expresses itself fully, for the first time in history. Without physical need constraints, we will be whoever we want to be.

Andreessen is not the first to daydream about this scenario. My colleague Kevin Drum has written about it extensively, and he shares some of Andreessen’s optimism about what this world might look like:

Global warming is a problem of the past because computers have figured out how to generate limitless amounts of green energy and intelligent robots have tirelessly built the infrastructure to deliver it to our homes. No one needs to work anymore. Robots can do everything humans can do, and they do it uncomplainingly, 24 hours a day. Some things remain scarce—beachfront property in Malibu, original Rembrandts—but thanks to super-efficient use of natural resources and massive recycling, scarcity of ordinary consumer goods is a thing of the past. Our days are spent however we please, perhaps in study, perhaps playing video games. It’s up to us.

Also, read our brief history of awesome robots.

Basically, it’ll be pretty sweet. But both Andreessen and Drum caution that this consumer utopia is at least several decades away, and getting there will be a bumpy ride until we come up with new ways for people to get the things they want and need. Because unlike the original Luddites, the British artisan weavers who protested the Industrial Revolution by ransacking garment mills, only to find new work running the machines, huge swaths of today’s workforce aren’t wrong to suspect a dead end ahead. “The Digital Revolution is different,” Drum says, “because computers can perform cognitive tasks too, and that means machines will eventually be able to run themselves. When that happens, they won’t just put individuals out of work temporarily. Entire classes of workers will be out of work permanently.” Which means many of us are headed for Hooverville 2.0, a possibility that Andreessen doesn’t disagree with, at least in the short term.

So how best to brace ourselves for that hiccup on the road to utopia? Here’s where Drum and Andreessen part ways. In Andreessen’s vision, we “create and sustain a vigorous social safety net” for the economically stranded. Sounds great, but how do we pay for it? He veers into late-night infomercial territory here: “The loop closes as rapid technological productivity improvement and resulting economic growth make it easy to pay for the safety net.” The machine will pay for itself!

In other words, robots make everything faster, easier, and better, so humans will make more money selling goods and services, and we’ll all end up with more dimes to spare for those still finding their feet in the robot-powered economy. So we shouldn’t listen to the “robot fear-mongering” about machines coming to eat our jobs—the robot revolution is also a personal-tech revolution, and iPhones and tablets are new reins on the global economy:

What never gets discussed in all of this robot fear-mongering is that the current technology revolution has put the means of production within everyone’s grasp. It comes in the form of the smartphone (and tablet and PC) with a mobile broadband connection to the Internet. Practically everyone on the planet will be equipped with that minimum spec by 2020. What that means is that everyone gets access to unlimited information, communication, and education. At the same time, everyone has access to markets, and everyone has the tools to participate in the global market economy.

Yet plenty of people are less worried about job-stealing robots than the people who will own the robots. As technologist Alex Payne points out, using a smartphone doesn’t mean you’ve got your hands on the “means of production.” Using a robot will never be fractionally or profitable as owning a robot, or a robot factory, or the data center that stores the information collected by the robot. “The debate, as ever, is really about power,” argues Payne. And it’s no secret that a narrow segment of white and Asian males currently occupies nearly all the ergonomic chairs at that table.

Drum has no doubt that robots are in fact coming to eat our jobs, and it’s the folks with the social and financial capital to buy robots that will call the shots: “As this happens, those without money—most of us—will live on whatever crumbs the owners of capital allow us.” If the robot-owning 1 percent of tomorrow is anything like today’s, then there is little indication that they’re willing to share their spoils. Take a look at this chart of productivity versus worker wages over the last 60 years. Productivity has been shooting up, helped in no small part by greater efficiencies thanks to technology. But worker pay hasn’t been rising alongside these productivity gains:

So where’s all the extra money, the “resulting economic growth” from all this “rapid technological productivity improvement” that Andreessen promises? It’s parked in the pockets of the 1 percenters. Here’s how the share of income is divided between capital owners—the people who own the technology—and labor:

Drum says these metrics are a few of the economic indicators that make up the “horsemen of the robotic apocalypse” in which “capital will become ever more powerful and labor will become ever more worthless.” The other indicators are fewer job openings, stagnating middle-class incomes, and corporations stockpiling cash instead of investing it in new goods and factories. These don’t look so hot, either:

Drum points to a couple of options economists have floated to fend off the robotic apocalypse. The first is redistribution through taxing capital: The wealthy robot owners will employ a few laborers to churn out massive amounts of goods and services, and government turns over a cut of their profits to displaced workers, who spend their days buying the products made by the wealthy’s robots. But corporate execs are likely to fight higher taxes, despite the obvious downsides of an impoverished consumer base. In any case, many of us would probably prefer real jobs to “enforced idleness.” Still, says Drum, “the ancient Romans managed to get used to it—with slave labor playing the role of robots—and we might have to, as well.”

Redistribution could play out in a couple other ways. If people can no longer expect to get by on their brawn or their wits, Drum suggests that government steps in and gives each child a handful of stocks, or maybe a robot of their own—something to give everyone a stake in the sweat-free economy. Other options have been suggested, like Jaron Lanier’s idea of Big Data paying users in “micro-payments” for letting them collect and use our data. But here, too, the linchpin is corporations and their owners’ willingness to share.

The rest of Andreessen’s solutions are straightforward. First, make sure everyone has access to technology and education on how to use it. I’ve argued extensively for the latter, and Drum sees it as a no-brainer. Second, “let markets work” so that “capital and labor can rapidly reallocate to create new fields and jobs.” Yet unless reallocation is the new corporate-speak for fairly redistributing profit, there’s simply no way the rest of us humans won’t get creamed by our robot overlords.

Additional research and production by Katie Rose Quandt and Prashanth Kamalakanthan.

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What Marc Andreessen Gets Wrong About Our Future Robot Overlords

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GIFs: The Big Dance’s Best Dances (So Far)

Mother Jones

You toss the ball into the air as time runs out, falling to the court as your teammates rush over from the bench. Your school—which half of America just Wikipedia’d to figure out what state it’s in—just pulled off a miracle victory against a better-ranked, better-funded, big-name opponent. What are you going to do next?

You’re going to dance, of course. You’re going to dance on the sideline, you’re going to dance in the locker room, and you’re going to dance behind your coach while he tries to give a TV interview. These Cinderellas came to the ball prepared—we’d put them in a bracket and rank the best dances, but we have no idea how the winners would celebrate.

For example, here’s Kevin Canevari, a senior for new national treasure Mercer University, who capped off the Bears’ victory over third-seeded Duke with this gem:

CJ Fogler

Not to be outdone, fellow senior Anthony White Jr. did the robot while his coach was interviewed:

gifdsports

Jordan Sibert, Devon Scott, and Devin Oliver danced in the locker room after proving Dayton’s dominance in THE state of Ohio. Or maybe they’re just happy that someone ordered pizza:

gifsection

North Dakota State’s overtime victory against favored Oklahoma was impressive. The locker room choreography between Carlin Dupree, Kory Brown, and Lawrence Alexander afterward was even better:

Athlete Swag

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GIFs: The Big Dance’s Best Dances (So Far)

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Meet Your Local Farmer Bot

Photo: hobvias sudoneighm

Robots are taking jobs wherever you look, from light construction to energy infrastructure installation to stocking shelves. But one of the greatest transformations to come of the ongoing robot revolution may be in the effect they have on one of humankind’s oldest professions. Yes, that one, probably—but also farming.

The idea of the automated farm of the future is by no means novel, but only recently has it become feasible. In recent decades, some more experimentally inclined farmers have toyed with self-driving tractors and other ways of automating conventional farm tools. But the real rural robot revolution will likely be very different says Taylor Dobbs for PBS’ NOVA Next.

While the self-driving tractors make for a fantastic show, they are just the beginning. Precision agriculture is still in its early stages. If these were the early days of the personal computer revolution, Mulligan Farm would be a small garage in Silicon Valley in the 1970s. And like that moment in history, the possibilities for precision agriculture today are seemingly endless.

“The near future of American farming,” says Dobbs, “may, in some ways, more closely resemble the distant past.”

Instead of a massive machines slowly combing over vast swaths of land, scores of individual laborers will work their own small sections, one row, one plant at a time. The only difference is they will be robots, working day or night, continuously streaming data about growth rates, soil fertility, water usage, and more to the farm office.

Robotic tractors, says Dobbs, could be replaced by little crawlers and flying drones. New Scientist last year showcased a prototype of a little farmer bot.

New Scientist:

Whereas other automated systems are designed to replace people with electronics – tractors that drive themselves, for example – Dorhout’s approach is to improve the farming process. By providing assistance, a robot swarm allows farmers to focus on the science and business side of their operation. “The farmer is like the shepherd that gives the robot instructions,” says Dorhout. Robots are also able to transcend the limitations of farm equipment to maximise efficiency, for example by planting in a grid instead of rows.

Steady progress is being made in robot agriculture, says the Associated Press in a review of the nascent field. But, the AP writes, so far we’ve seen just the beginning: “Most ag robots won’t be commercially available for at least a few years.”

More from Smithsonian.com:

Robots Will Soon Assemble Your Ikea Furniture for You
One Thousand Robots Face Off In a Soccer Tournament

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Meet Your Local Farmer Bot

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Robots Get Their Own Internet

Meet Robby the Robot, who totally doesn’t look anything like the Robby the Robot from Forbidden Planet. Photo: RoboEarth

Rapyuta. Remember that name. That is the name of a new shadow internet intended only for robots, designed by the international organization RoboEarth. Rapyuta is a cloud-computing engine, designed to let robots share the things they learn about the world with each other and to offload computational tasks to far more powerful computers allowing them to solve problems more complicated than they ever could on their own. The mind-melding system, says New York Magazine, won’t bring about the end of humanity, because its creators say so.

[Rapyuta] sounds fine in theory — if you trust robots. But for those convinced that providing robots with a common brain will only hasten the arrival of the robot uprising against mankind, then Rapyuta is more like a dark harbinger of the apocalypse. We happen to be one of those people, so we reached out to Dr. Heico Sandee, RoboEarth’s program manager at Eindhoven University of Technology in the Netherlands, to reassure us that Rapyuta will not lead to our destruction.

“That is indeed an important point to be addressed,” Sandee acknowledged in an-email. But he assured us that robots will use Rapyuta for no such thing.

I mean, just look at this helpful promotional video released by the people at RoboEarth:

“Meet Robby the Robot,” says a soothing female voice. “One morning, Robby decides to try something new. The RoboEarth cloud engine.” “With the RoboEarth cloud engine, Robby can now take on many more tasks around the house instead of only making breakfast.”

But, sure. Just because robots will be able to coordinate and share and think beyond their means doesn’t mean much—they’ll still only really be able to do the tasks that some human, somewhere, programmed them to do.

But wait!

Wired‘s Danger Room reports that the Pentagon’s advanced research projects division is “readying a nearly four-year project to boost artificial intelligence systems by building machines that can teach themselves.”

[T]the agency thinks we can build machines that learn and evolve, using algorithms — “probabilistic programming” — to parse through vast amounts of data and select the best of it. After that, the machine learns to repeat the process and do it better.

The task is hard, but that’s the goal. Self-educating robots. (Feeding into the global robot consciousness.)

But maybe, says Wired, the worry comes not from robots learning to think and teach and desire for themselves, but rather in what would happen should our robot friends learn to control these new machinae.

[W]ith all the paranoia about machines, we’ve ignored another possibility: Animals learn to control robots and decide it’s their turn to rule the planet. This would be even more dangerous than dolphins evolving opposable thumbs. And the first signs of this coming threat are already starting to appear in laboratories around the world where robots are being driven by birds, trained by moths and controlled by the minds of monkeys.

But even still, says xkcd’s Randall Munroe,  the odds of a successful robot uprising (even with all these advances) are pretty slim (at least given the current state of things).

More from Smithsonian.com:

NASA Uses Interplanetary Internet to Control Robot in Germany
Robot Apocalypse Inches Closer as Machines Learn To Install Solar Panels

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Robots Get Their Own Internet

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