Run For Your Lives: Self-aware Hexapod Is Self-aware

From: http://gizmodo.com/run-for-your-lives-self-aware-hexapod-is-self-aware-950951793

Many of you have expressed some, um, concerns about a few of the bots we’ve covered in recent weeks. ATLAS, for instance, is quite frightening, but it’s not yet self-aware. This tiny hexapod, however, is and it’s rather unsettling.

With all “limbs” intact, the hexapod gets along pretty quickly at 26 cm/s, but once you chop one of its six legs (?), it beings to stagger like a drunken sailor at about 8 cm/s. And then by the power of Greyskull or a series of algorithms, it runs through a series of tests to regain proper efficiency. In other words, it’s basically self-aware.

The correlation to humans the creators present is rather compelling:

On a higher level, this concept could also share some similarities with what human do when they are injured: if a movement is painful, humans do not fully understand what cause the pain, but they identify the behaviors that cause the pain; once they know that some move are painful, they learn to instinctively avoid them.

All joking aside, this is an amazing advancement in robotics and one that could have larger implications for other bots in the near term. Sure, it takes the little guy about 20 minutes to right the ship, but the fact that it can and does is pretty damn cool. [Spectrum IEEE]

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What happens online in 60 seconds? [Infographic] – Qmee

From: http://blog.qmee.com/qmee-online-in-60-seconds/

Qmee Online in 60 Seconds Infographic
Online in 60 Seconds [Infographic] is an infographic that was produced by Qmee

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Outdoor Wildlife Cam Captures a Veritable Bear Hoedown

From: http://petapixel.com/2013/07/27/outdoor-nature-cam-captures-a-veritable-bear-hoedown/

This has really nothing to do with robots (unless you count the camera as a robot) but I just wanted to share it:

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Incredible Online Gallery of High-Res Film Scans from Every Apollo Mission

http://petapixel.com/2013/07/21/check-out-these-hi-res-hasselblad-film-scans-from-every-single-apollo-mission/

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Shuttle Launch Captured in Amazing High Def by Cameras on the Rocket Boosters

From: LINK

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Supertoy Teddy: a WiFi enabled natural talking teddy bear | Chips | Geek.com

From: LINK

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Modular Robots that Self-Assemble, Coordinate and Fly

From: http://www.visualnews.com/2013/07/26/modular-robots-that-self-assemble-coordinate-and-fly/

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Aquabots are Hexbugs that Learned to Swim

From: http://geekbeat.tv/aquabots-are-hexbugs-that-learned-to-swim/

Just because we’re headed toward an inevitable war with the robots, that doesn’t mean we can’t have a little fun along the way. We’ve told you about Hexbugs before – now they’re taking to the water, ready to inhabit a fish bowl near you.

Aquabots, the aquatic variant of Hexbugs, are available in either shark or clown fish varieties and in ten colors. Driven by electro-magnetic propulsion, they start swimming when they come in contact with water. These little guys are almost eerie in how well they mimic actually fish movements. The perfect solution for the person who wants a fish on their desk but just knows they’ll forget to feed it.

[I tried to find them online – I guess they are “Coming Soon” because I had no luck]

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Global Conference on Educational Robotics | KISS Institute for Practical Robotics

Just found this link http://kipr.org/gcer about a Global Conference on Educational Robotics and thought I would share it.

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Disney Rapid Design Tool Creates Mechatronic Characters – IEEE Spectrum

From: IEEE Spectrum
By Evan Ackerman
Posted 22 Jul 2013 | 14:28 GMT

cybertiger-1374482021270

The typical approach to adding actuated joints and additional degrees of freedom to a robot is slapping additional servos and motors on there. And that’s fine, except that it adds weight and cost and complexity. A little bit of cleverness with gears can go a very long way, and Disney Research has developed a new rapid design tool that can create sophisticated mechatronics that operate with just one motor.

Disney designed ten animated characters with this system, and manufactured seven of them, and in each case, getting the character to do what they wanted it to do took less than half an hour. All of the parts involved can be 3D printed, too, which makes us think that it might be a lot of fun for Disney to release this too into the wild and let people make their own characters with it. But before they do, there some additional capabilities in the works:

Our characters are currently restricted to cyclic motions,” said Stelian Coros, an associate research scientist at Disney Research, Zürich. “However, our research brings us one step closer to the rapid design and manufacture of customized robots that can sense and interact with their environments to carry out complex tasks.

More info at: Disney Research

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