Most robotpets may not be easily mistaken for the real thing, but that’s not likely to be the case with the ChouChou Electric Butterfly, which might even have a few people reaching to free it from its jar. Unfortunately, it’s the jar that keeps the butterfly “alive” — it has some AA batteries in its lid that apparently allow the butterfly to respond to vibrations and flutter about. That may not sound like much, but the effect is pretty striking — see for yourself after the break. Of course, just because it’s simple doesn’t mean its cheap. You’ll have to shell out a hefty $76 to bring this one home.
We’d like to pretend to be all serious about the science behind teaching a robot arm to teach itself a complicated motion like pancake flipping. We’d drone on and on about how the combination of demonstrated motion, trial-and-error, and object motion tracking come together for some “Expectation-Maximization based Reinforcement Learning,” but really we just can’t stop giggling at all the pancake misses perpetrated by the robot on video, which can be found after the break.
You might not have expected the future to look like your granddad’s groovy camper van, but take a closer look here and you’ll find that this is indeed nothing like your forefather’s people carrier. The VisLab team from the University of Parma have taken a fleet of Piaggio Porter Electric vehicles, strapped them with an array of cameras, lasers and other sensors, and topped them off with solar panels to keep the electronics powered. Oh, and lest we forgot to mention: the vans are (mostly) autonomous. VIAC (or VisLab Intercontinental Autonomous Challenge) is the grand name given to their big demonstration: an 8,000-mile, 3-month tour that will ultimately find them arriving in Shanghai, China, having set off from Milan this Tuesday. You can follow the day-by-day development on the blog below, though we’re still being told that practical driverless road cars are a measure of decades, not years, away.
The latest research at MIT is not only paving the way to more agile autonomous aircraft, but it’s a reminder of how much catching up we have to do to match the complexity and skill of the common bird. In a project that’s been ongoing since 2005, Rick Cory and Russ Tedrake have developed a mathematical model of how a bird lands on a wire and emulated the move with an autonomous glider. To control the glider, they developed a system that allows the craft to keep an eye on itself and the position of the wire using external cameras, sending control data if adjustments have to be made. As it is, UAVs are generally limited to the same set of maneuvers that piloted aircraft have, but the researchers don’t feel that this has to be the case. For their next trick they plan to take the show outside, as well as develop vehicles with flapping wings. This is all great, but we’re holding out for a device that pitches (and wisecracks) as well as Woody Woodpecker.
Flipping a pancake seems like one of those things you can do when you are just barely awake and still to get your morning caffeine.
Not so, if you are a robot. Then learning how to flip a pancake is quite a task and it can take 50 tries to get it right.
Two researchers at the Italian Institute of Technology–Petar Kormushev and Sylvain Calinon–taught a robot the technique. The robot needs to hold its hand stiff to throw the pancake in the air and then flex the hand so it can catch the pancake without having it bounced off the pan. Initially, one of the researchers holds the robot’s arm to show it how it is done, after which the robot tries it.
For the demonstration, the researchers used an artificial pancake that’s solid and, as you can see in the video above, clunks every time it hits the pan or elsewhere.
The robot itself is from Barrett Technology, a company that makes an advanced robotic arm called WAM. The WAM arm has near zero backflash or friction so it makes very smooth movements. It can have up to seven degrees of freedom so it offers a range of motions that’s similar to what a human arm can do.
The researchers hope to present the learning from the robot’s efforts at a conference in October. And if you are wondering, what exactly this experiment has achieved, the answer involves the application of algorithms that help learn by imitation and reinforcement.
Video credits: Petar Kormushev and Sylvain Calinon/Italian Institute of Technology
Autom is a tiny robot, and he’s getting closer than ever to availability. His whole job? To coach you to lose weight… that’s right, Autom is a dieting robot. You start off by entering the details of your diet, fitness level, and exercise into Autom’s databank, and then he sits on your countertop and has daily ‘conversations’ with you — which we assume are full of a lot of reassuring aphorisms and ‘go get ’em’ talk. Developed by Cory Kidd (who built the first iteration by hand) while studying at MIT, Autom is set to go into trials in the US sometime next year with a major insurance company. Now, we’re all for healthy living, and everyone knows we love robots, but we’re inclined to take a pass on Autom… if only because we can’t stand to hear the truth 100 percent of the time. If you hit up the source link, you can see a video of the little guy in action. A video of an earlier version of Autom is after the break.
While online shopping has taken over most facets of modern retail, buying clothes via the interwebs is something more of a hard sell. The Fits.me shape-shifting mannequin is here to make that a little easier — for men, anyway. Earlier this year the company created a robotic torso comprised of flexible panels that can shift between thousands of different shapes and sizes from small to extra large. A clothing company puts a new shirt on the bot and a camera captures it cycling through a variety of body types like a T-1000 sinking into a pit of molten steel. When you enter your measurements online, the e-tailer looks up the appropriate pics and, hey presto, you can see how you’ll really look in that Warwick Tailored semi-cutaway. There’s a quick demo video after the break and, if you’re looking for a new shirt, you can virtually try on a variety of Hawes & Curtis offerings recently added at the source link. Sorry ladies: latest word is that a mammary-equipped model isn’t due for at least another few months.
Sure, you’ll have seen Lego-based Wall-E imitators before, but few recreate both the cuteness and the basic functionality of the drone quite like this one here. Programmed using Lego Mindstorms, this adorable little creation can transform itself into a box (like the real Wall-E!), pick up and carry objects, look up and down, and even produce and respond to sounds. It can be controlled remotely or left to do things by itself. Follow the break to see it on video.
New Zealand isn’t exactly known for being a hotbed of tech innovation, but this set of bionic legs might just realign that perception a little bit. The product of seven years of development work, the Rex exoskeleton is capable of supporting the full weight of a person — making it suitable for paraplegics — and moving him or her around in a familiar bipedal fashion. It’s operated using a joystick and control pad and is simple enough for handicapped users to self-transfer in and out of. The best news, perhaps, is that it’s about to go on sale in its home country this year, with an international launch following in 2011. The worst news? Probably the $150,000 (US) initial asking price, but then we’d hardly say we’re qualified to judge the value of being able to walk again. Video and full press release after the break.
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