Spazzi dancebot can’t teach you how to Dougie, but it’s got the robot on lock

Spazzi dancebot can't teach you how to Dougie, but it's got the robot on lock

It looks like somebody’s got some competition. So, Spazzi’s probably not going to dethrone the reigning King of Cute, but judging from what we’ve seen of its moves, it could give Keepon some competition on the dance floor. This little, solenoid-packing robot, featured in the latest issue of Make, is actually kin to our boy Keepon, and uses an Arduino (holla!) to control the solenoid’s and springs that give it that special robot swag. If you’ve been pining after Keepon, and have some DIY skills, hop on past the source link for the full build, or just check out a video of Spazzi gettin’ its groove on after the break.

Continue reading Spazzi dancebot can’t teach you how to Dougie, but it’s got the robot on lock

Spazzi dancebot can’t teach you how to Dougie, but it’s got the robot on lock originally appeared on Engadget on Fri, 15 Jul 2011 03:07:00 EDT. Please see our terms for use of feeds.

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Smartphone App Measures User’s Brainwaves

KDDI R&D laboratories has successfully created one of the first integrations of mobile gaming and neural science. Introduced at today’s International Modern Hospital Show , this app’s ability to measure the amount of concentration and meditation occurring in the brain while the users perform simple tasks or are heavily indulged in their video game, truly grasped our attention.

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The user first wears a headband-like headset embedded with tiny sensor chips that detect neural activity in the human brain. A paperclip-like device is then attached to the ear, which acts as a stabilizer to ensure that everything is “balanced” and also as a pulse detector. The app is downloadable for smart phones, and in this case, the Android was our first test device. Three different games were introduced to us and for each, the amount of neural activity going on in the brain was measured. As can be seen below, the games are fairly simple, but require a fair amount of attention. After 30 seconds of play, the app displayed a chart graphing both concentration (focused-state) and meditation (relaxed-state) levels. A diagram also appeared, representing the different areas of the brain that was most used during that span.

The device can be used in other situations as well. Users can focus for around 30 seconds on something that they are passionate about or evokes a particular emotion. The app then displays a graph of the user’s brain activity relating to the amount of focused attention during that period for analysis.

nerowear-KDDI-Brain-game-Smartphone-App

Although still a concept and not on shelves yet, KDDI’s new technology can be seen as a stepping stone towards more interactive neural technology made available for the general public. We can see this type of neuro-wear being implemented not only in people’s daily lives, but in advertising and marketing as well. It would be a great advancement to see this technology being used to detect what sort of ads prove to be the most effective by measuring the amount of generated interest by the consumers.

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Japanese Robot Replicates Human Speech

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Japanese Robot Replicates Human Speech

Amongst the array of robots on display at Robotech today out at Tokyo Big Sight, Kagawa University’s artificial voice system robot was possibly one of the most interesting and bizarre looking. The silicone mouth complete with moving lips and tongue aims at replicating human speech without using speakers or digital waves in order to come as close to a real life sound as possible.

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The silicone mouth robot uses airflow and control valves to replicate a human trachea and vocal chords, and a resonance tube, or a silicone throat further manipulates the air into distinct sounds. The lips and tongue are then used to shape the sounds just as we do when talking in every day life. A microphone records the noises coming out of the silicone lips and is automatically processed through a computer, analyzing the pitch and frequency to match it against the pitch and frequency of a human’s voice. The computer then adjusts the sound automatically as the computer learns the correct valve adjustments and compression in the silicone throat to match a human voice, similar to tuning an instrument.

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The robot currently can utter a number of Japanese alphabet sounds as well as sing a basic song, although not quite pop star level yet!

The silicone throat-like area is usually controlled by machine valve but was on display today for visitors to see the actual working parts of how the sounds are made. Although only rudimentary in its vocabulary at present (and a certain similarity with a cow!), the fact that this is generating and learning how to shape sound without any speakers certainly makes for a more natural sound than the current digital reincarnations.

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Fukushima plant operator uses modded robot vacuum to suck up radioactive dirt (video)

A few months ago, back when Japan was freshly reeling from that devastating earthquake and tsunami, it became obvious that robots could help survey radiation levels in Fukushima, even if they were powerless to lower them. Now, Tokyo Power Electric Co., the company that operates the damaged nuclear plant, is experimenting with an ad hoc system designed to clean at least some of the radioactive dirt from the reactors. What you see in that clip below is an industrial-grade vacuum cleaner attached to a Warrior, the most heavy-duty of iRobot’s mobile bots. The idea is that workers can control the system from a safe distance, and let the robot handle the dirty work of removing toxic sand and debris. Head past the break to see it in action, combing the floor of the (eerily) empty plant.

Continue reading Fukushima plant operator uses modded robot vacuum to suck up radioactive dirt (video)

Fukushima plant operator uses modded robot vacuum to suck up radioactive dirt (video) originally appeared on Engadget on Sat, 09 Jul 2011 23:58:00 EDT. Please see our terms for use of feeds.

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Japanese TORo II gallops ahead at a mechanical snail’s pace (video)

Snails with benefits? Our salt shaker might disagree. But some enterprising engineers over at Japan’s Chuo University managed to turn this garden-variety pest into fodder for mechatronic inspiration. Based on the gastropod’s preferred method of ‘galloping’ — wherein waves of foot-to-head muscle contractions propel it forward — researchers at the Mechatronics Lab created TORo II, an omnidirectional robot that could make its way to a hospital near you. Why’s that? Well, the bot’s large gripped surface area makes it ideal for narrow, slippery environments — so it won’t budge if knocked into (though you might wind up on the emergency room floor). Although the unique movement technique has been used to create other mecha-mollusks in the past, the team behind this project made sure to create some of their own ceiling and wall-climbing critters — suction definitely included. We admit, we kind of feel guilty about the sodium chloride transgressions of our youth. And now that we know snails can be useful, it’s only a matter of time before the bedbug gets repurposed. Full omnidirectional video awesomeness after the break.

Continue reading Japanese TORo II gallops ahead at a mechanical snail’s pace (video)

Japanese TORo II gallops ahead at a mechanical snail’s pace (video) originally appeared on Engadget on Wed, 06 Jul 2011 21:13:00 EDT. Please see our terms for use of feeds.

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LoveBots for iPad: Design Your Own Robot

There’s something about the nuts, bolts, screws, metal, and clanks of robots that fascinate everybody. With LoveBots you can go wonky and wild designing your own bot anyway you want. Manbot? Sexbot? Classicbot? Crazybot? You betcha. More »

Quadrocopters reined in by Kinect leash, we feel safer already

Kinect controlled quadrocopter

It seems like the folks over at the Flying Machine Arena are finally starting to catch on — those quadrocopters are going to kill us all. Thankfully, after teaching them to juggle and tap out some tunes, the researchers came to their senses and put the flying machines on a Kinect-controlled leash. Instead of flitting about autonomously, the four-rotored nightmares are directed by a puppeteer waving his hands. Movement is controlled by the right hand, while raising the left one tells the copter to do a little flip for its master’s amusement, and a commanding clap makes it sit down like a good little pup. Best of all, if you don’t give it any arm-waving instruction it just hovers and waits until you tell it otherwise. On further consideration, maybe we haven’t been creating our own murderers, but a new man’s best friend — after all, they don’t eat much and can’t chew up your remotes. Check out the video after the break.

Continue reading Quadrocopters reined in by Kinect leash, we feel safer already

Quadrocopters reined in by Kinect leash, we feel safer already originally appeared on Engadget on Mon, 04 Jul 2011 01:01:00 EDT. Please see our terms for use of feeds.

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Quadrocopters: blooper reel edition

We have a gut feeling this is the video that’ll be playing when ‘the hive’ takes over — a sentimental, ‘look how far we’ve come’ victory reel for the Quadrotor nation. But for now, let’s just keep the focus on the softer side of our future nemesis’ training-room foibles. Playing like an über-geek version of America’s Funniest Home Videos, we admit we cracked a smile watching these insect-like bots from the University of Pennsylvania’s GRASP Lab take a few hard knocks in the humility ring. Fear of the swarm aside, it’s a humorous twist on an otherwise droning research project. The take away? Schadenfreude — it’s not just for humans.

[Thanks, Daniel]

Quadrocopters: blooper reel edition originally appeared on Engadget on Sun, 03 Jul 2011 11:19:00 EDT. Please see our terms for use of feeds.

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Robotic armpit sweats you out of harm’s way, Uncanny Valley just got a lot stinkier

London-based designer Kevin Grennan has a particular stance on the yet-to-be-fought Robots vs Humans war — it’ll stink, literally. Mocking a part of our bodies we spackle to stop secretions, this Brit created a robotic armpit that sweats out pheromones so you stay out of danger. As part of his graduate exhibit at the Royal College of Art, our android-averse artiste has three smelly cyborg concepts up for your schematic consideration: there’s the underarm-equipped, bomb-sniffing bot that’ll warn you away with the scent of human fear, and a picker robot that enchants female assembly liners to work harder, better, faster with its manly musk. Sure it all seems harmless, that is until you enter into a trusting relationship with an oxytocin-spritzing surgical automaton. We don’t blame you if any of the above has you locking the Roomba up for the night — that’s exactly Kevin’s point. But there’s no need to panic just yet, a future filled with “but I’m a real boy” robot-complexes is still a ways off.

Robotic armpit sweats you out of harm’s way, Uncanny Valley just got a lot stinkier originally appeared on Engadget on Thu, 30 Jun 2011 14:22:00 EDT. Please see our terms for use of feeds.

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NASA lander prototype ditches the manpower for an autonomous flight (video)

Hear that? Those were the giddy giggles of some very happy scientists down at NASA’s Alabama-based Marshall Space Flight Center. Besting its previous June record for autonomous flight, this prototype robotic lander hovered for nearly half a minute at a height of seven feet before parking itself safely on the ground. Conceived as a joint project between NASA, Johns Hopkins Applied Physics Laboratory, and the Von Braun Center for Science and Innovation, the intelligent bot is slated to go where its parachuting, aero-braking cousins can’t — like the Moon, or an asteroid. Future tests are on deck for the self-propelled lander to hover up to one hundred feet over the short span of a minute — no doubt its current feat is pretty neat, but we wouldn’t want to be the unsuspecting dolt who walked under it without his infrared goggles on.

NASA lander prototype ditches the manpower for an autonomous flight (video) originally appeared on Engadget on Fri, 24 Jun 2011 15:18:00 EDT. Please see our terms for use of feeds.

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