How on earth do you make an algorithm exciting and visual? As journalists, we struggle with this all the time. MIT students, to the surprise of nobody, are way cleverer than we are, and they’ve developed a garden full of robotic flowers that can be programmed to physically illustrate the effects of algorithms on a set of data by opening, closing, and changing colors.
Watch them do their flowery thing, and then watch all the rest of Video Friday, because… uh, because it’s Video Friday. Yeah, that.
The press release also mentions something about origami sheep robots and printable, swimming robotic ducks. I didn’t notice them in the vid, but the paper has been accepted at ICRA 2015, so we’ll cover that for you in May.
And just for fun, here’s the original distributed robot garden video from 2009:
How cheap can you possibly go for a telepresence robot that can do more than just drive around and plead with people to pay attention to it? With Origibot, you can get a mobile telepresence arm and gripper for $600. It’s now on Indiegogo:
[ Origibot ]
If you’d prefer to invest your money in something a little more, um, flying, check out what might be the most complicated drone we’ve ever seen:
[ Kickstarter ]
This next thing, you can’t buy. Because it’s not done yet. When it’s done, we’re all doomed, because it’s terrifying:
See, this right here is the reason why we need rules about people flying drones all over the place.
[ Goliath ]
MARLO is a 3D robot designed to study principles of dynamic walking. Unlike most other 3D walking robots, MARLO does not have large feet with powered ankles. This forces the robot to balance dynamically, but may lead to more natural and more energetically efficient walking.
Maybe a little bit belated, but it’s the thought that counts, right? Happy Valentine’s Day from Barobo:
[ Barobo ]
I like watching big surveillance drones do their thing, because they usually have amusing ways of taking off and landing. In this particular case, Falcon UAV launches their drones with giant bungee cords, and then to land, the drone pops a parachute and then just heads straight down.
[ Falcon UAV ]
One more UAV video: DelFly at 6,000 frames per second:
[ DelFly ]
We’re still not sure how enthuseastic we are about Anki’s new track segments (since they’re just new track segments), but we’ll admit that the giant track that they made up is kinda awesome:
[ Anki Overdrive ]
RoboCup is in China in July, and watching qualification videos is already getting us excited:
MIT’s Personal Robots Group has posted some new videos of old research. This week, we’ve treated to more footage of Leo, along with an RoCo, an expressive robotic computer:
In this video we see how Leonardo is capable of (1) learning new skills via social guidance and (2) reusing parts of those skills in new social tasks. In this scenario, Leo learns from Jesse's guidance how to manipulate the puzzle boxes through switches. Then, Leo learns which blocks Jesse wants him to use to build a sailboat. Along the way, Leo re-uses his previously learned skill of manipulating the puzzle box in order to acquire the necessary components.
RoCo is a novel robotic computer designed to move its monitor in subtly expressive ways that respond to and encourage its user's own postural movement. People frequently mirror the posture of a socially expressive robot when engaged in a social interaction. One potential benefit of introducing increased postural movement into computer use is reduced back pain, where physical movement is recognized as one of the key preventative measures.
The SMErobotics work system “covers all phases of the robot life-cycle and in which humans and robots can together deal with SME manufacturing uncertainties and are symbiotically able to learn from each other and to learn from the past handling of uncertainties.” This promo video doesn’t say much about the project, but it does a lovely job of not saying much, kind of like the quote:
To actually learn something about the project, you’ll want to check out the link below.
[ SME Robotics ]
This 1998 video shows a very early version of RHex negotiating rough terrain:
RHex when it first appeared ran at only one body length (∼50 cm) per second over comparably scaled broken terrain - nevertheless much faster than any previous untethered legged machine. In these early days, RHex's empirically stable and highly maneuverable locomotion arose from a very simple clock-driven, open-loop tripod gait. The three legs of each tripod are driven simultaneously through a slow “retraction” phase, putatively corresponding to ground contact, followed by a fast “protraction” phase designed to recirculate the legs away from the ground around the axle just in time to reach the next retraction phase, putatively as the opposing tripod begins its protraction by rotating away from ground contact."
RHex was officially introduced in 2001 in this paper.
[ RHex ]
Let’s wrap with half an hour of Japanese robots running around and occasionally shooting stuff while dressed as chocolate bars, because a chocolate company sponsoring a robotics competition is quite possibly the best combination ever:
Via [ Biped Robot News ]
Evan Ackerman is a senior editor at IEEE Spectrum. Since 2007, he has written over 6,000 articles on robotics and technology. He has a degree in Martian geology and is excellent at playing bagpipes.
Erico Guizzo is the digital product manager at IEEE Spectrum. An IEEE Member, he is an electrical engineer by training and has a master’s degree in science writing from MIT.