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Disney Research Patents ETH Zurich's PuppetCopter

Disney has a research lab in Zurich, right next door to ETH Zurich. In the past, we've seen a lot of collaborations between Disney and ETH, often in the form of fun robot concepts and prototypes. So, we weren't at all surprised to hear that Disney filed a patent for an "Aerial Display System With Marionettes Articulated and Supported by Airborne Devices," because we spotted a prototype at ETH Zurich last year, and its name is Maurice.

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What Happened to NASA's Valkyrie Robot at the DRC Trials, and What's Next

NASA's Valkyrie robot is, arguably, one of the most sophisticated and potentially capable humanoids in existence. The key here is "potentially," because in addition to the very fancy and expensive hardware that was put into the robot at its conception, it has to have the software and controls that enable it to, you know, do stuff. Reliably.

Valkyrie didn't have that great of a time at the DARPA Robotics Challenge Trials, and we never quite figured out why. We certainly noticed that we didn't hear much about the robot after it didn't make the cut last December. So what's up with Val?

At the Robotics Science and Systems conference at UC Berkeley last month, we got an update on Valkyrie, including a description of what went wrong at the DRC and NASA's plans for the robot going forward.

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Five Myths and Facts About Robotics Technology Today

Ever faster processors, cheaper sensors, abundant open-source code, ubiquitous connectivity, and the advent of 3D printing are some of the forces behind the recent proliferation of robots. As I see things, these forces will only get stronger, and as more robots become part of our lives—in homes, offices, factories, hospitals, and many other places—we'll inevitably face challenges involving our adoption and use of robots.

Some observers are voicing their fears about a decline in human-human interaction, while others warn of an irreversible and senseless loss of jobs, with robots taking over tasks that, they argue, should not be performed by machines (such as caring for the elderly). Trade-offs will certainly be part of our growing reliance on robotics and automation. And it will be up to us to manage these trade-offs, just as we have with other technologies such as electricity, the automobile, aviation, nuclear power, computers, and the Internet.

As a VC looking for investment opportunities in robotics, I talk to lots of different people about their views on the future of this industry. Many times what I hear from these people are totally contradictory, so I often have to come up with my own conclusions. Below I present a list of what I consider are five pressing issues concerning robotics—and I identify each as a myth or a fact. My hope is that they can provoke some thought and debate among engineers, policy makers, consumers, and investors. Let me know what you think.

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Video Friday: Ice Bucket Challenge With Robots, Dancing Drones, and Automata Movie

We just finished putting together our preliminary calendar for the 2014 IEEE International Conference on Intelligent Robots and Systems (IROS), which kicks off less than a month from now in Chicago. As per usual, we have several hundred robotics papers that we want to check out, but at least this time, we'll have a TEAM there to tackle them all. And the format of IROS this year will be a bit different, with lightning-style preview talks accompanied by massive interactive sessions instead of the traditional powerpoint talks. It's gonna be awesome. But we're not there yet, so first, videos.

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FlipBot Is Why Your Car Needs a Tail

Cars are almost, but not quite, entirely incapable of acrobatics. We need to solve this. I'm not sure why we need to solve this, but we do, and the good news is roboticists are on it.

Following up on some work from last year on putting actuated tails on ground vehicles (inspired by other tailed robots like UC Berkeley's Tailbot), researchers from the University of Cape Town, in South Africa, have put a tail on a small RC car and gotten it to do a barrel roll.*

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NASA Training 'Swarmie' Robots for Space Mining

The absolute least efficient way to get air, water, and fuel into space is the way that we currently do it: by packing as much of it as we can into rockets on Earth, and then firing it off into orbit. If this is how we have to get supplies to the moon, or Mars, it's going to be ludicrously expensive and time consuming.

A much better solution is to extract everything that we need from wherever we are: where there's ice (the moon, Mars, and asteroids all have it), there's water, air with a bit of work, and with a bit more work, rocket fuel. Plus, there are likely other valuable resources scattered around all over the place, like minerals and metals. So, great, let's get on it! But first, we've got to find the stuff. And how is NASA going to do that? Robots.

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IEEE Spectrum's award-winning robotics blog, featuring news, articles, and videos on robots, humanoids, automation, artificial intelligence, and more.
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Erico Guizzo
New York, N.Y.
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Evan Ackerman
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