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Robot Hall of Fame inducts Big Dog, PackBot, Nao and WALL-E (video)
It's the sort of ceremony that's so magical it can only occur on even-numbered years. Inventors, educators, entertainers, college students and media folk gathered at the Carnegie Science Center in Pittsburgh, PA tonight for the 2012 inductions to the Robot Hall of Fame, a Carnegie Mellon-sponsored event created to celebrate the best of our mechanical betters. This year, the field included four categories, judged by both a jury of 107 writers, designs, entrepreneurs and academics and the public at large, each faction constituting half the voting total. The show kicked off, however, with the induction of 2010 winners, the Spirit and Opportunity Mars rovers, the da Vinci Surgical System, iRobot's Roomba, the Terminator and Huey, Dewey and Louie, a trio of robots from 1971's Silent Running. The first 'bot to secure its spot in the class of 2012, was the programmable humaoid Nao, from Aldebaran Robotics, which beat out the iRobot Create and Vex Robotics Design System in the Educational category. The PackBot military robot from iRobot took the Industrial and Service category, beating out the Kiva Mobile Robotic Fulfillment System and Woods Hole Oceanographic's Jason. Boston Dynamic's Big Dog ran over some stiff competition in the form of Willow Garage's PR2 and NASA's Robonaut to win the Research title. And WALL-E triumphed over doppelganger Johnny Five and the Jetsons' Rosie in the Entertainment category. Relive the festivities in four minutes after the break.
Robot Hall of Fame voting begins for class of 2012, Johnny 5 learns where BigDogs sit
It's that time again: time for Carnegie Mellon to roll out the red carpet and welcome the crème de la crème of the robotics world into its halls. Since 2003 the school has been selecting the best of the best and inducting them into the Robot Hall of Fame. Past honorees have included everything from LEGO Mindstorms to the Terminator. This year's list of nominees is no less impressive, with celebrity bots Johnny 5 and WALL-E pitted against each other in the entertainment category, while NASA's Robonaut takes on the PR2 and BigDog under the banner of research bots. There will also be two other inductees awarded a spot in the hall in the consumer and education category and the industrial and service field. Best of all, for the first time ever, Carnegie Mellon is letting the public vote on the inductees. And, while PETMAN was snubbed yet again, he's not letting that get him down -- the Boston Dymanic's biped just keeps on struttin'. Hit up the source link to cast your vote before the September 30th deadline and check back on October 23rd to see who's granted a podium speech.
Robots for Humanity help around the house, scratch your itch (video)
Robots for Humanity? That certainly doesn't jibe with our notion of the upcoming cyborg apocalypse. And it shouldn't, considering this joint effort's noble aim is to assist the disabled with the everyday household chores most of us take for granted. The project, a collaboration between Willow Garage and Georgia Tech's Healthcare Robotics Lab, has been working with stroke victim Henry Evans to develop custom UIs that give him mastery of the human-assistive PR2 robot. These tailor-made, head-tracking interfaces have allowed the mute quadriplegic to partially shave his face and even scratch a previously unreachable ten-year itch -- all with the helping claw of the friendly bot. It's a compassionate use of cybernetic tech we're used to seeing come out of Japan, and a welcome assist for disabled communities everywhere. Click past the break for a video demo of Henry and his robotic pal.
Willow Garage now selling the PR2 for $400k a pop
While it was fun while it lasted, it was obvious that Willow Garage couldn't keep giving away its ultra-high-end development platform PR2 bots forever. After shipping 11 of the bots to research institutes, Willow Garage is now selling the PR2 to all comers -- as long as they've got 400 grand in their back pocket. We've covered the specs before (oodles of CPU power, two highly articulated pincer arms, and high-end vision systems), along with some of PR2's recent hijinks, and hopefully we see more of that sort of stuff now that the rugged, ready-for-adventure PR2 is on the market. If you can't scrap together all the cash, Willow Garage will also be offering a discount $280k version to people and institutions that can demonstrate "past performance and leadership" in open source robotics software -- a topic obviously near and dear to Willow Garage's heart with ROS, the OS that powers PR2 and is slowly spreading throughout much of the world of higher-end personal robotics. As for the high price and its generally opaque business model, Willow Garage compares the current state of its industry to high end workstations in the 70s, back when researchers were spending more money and time figuring out what their computers could do than actually accomplishing anything with them. Willow Garage isn't planning on making any sort of killing in the business yet -- they'd just be happy to have the PR2 project at a self sustaining level -- but they're working toward what they see as the "next radical shift" in productivity, a personal robotics follow-up to the personal computer revolution. This is a future similar to the one Bill Gates was talking up back in 2006, but of course Willow Garage wants its open source ROS platform to be the "Microsoft" this time around. They certainly don't plan to corner the hardware market in the process, however: the company hopes the quasi-followup to the PR2 will actually be built by multiple companies. %Gallery-101640%
Willow Garage's PR2 robot breaks, enters, steals electricity
Robots may be impressive and occasionally frightening things that will some day rule our lives and societies, but right now they're rather co-dependent, unable to even recharge themselves without a helping hand. The latest from robo-startup Willow Garage is different, a bot called PR2 that's capable of maneuvering through a crowded office, opening (non-locked) doors, and pilfering a little taste of that good, good, alternating current juice. What's more, he's sensitive to your time constraints, so the demonstration video below has been thoughtfully edited to minimize footage of aimless wandering, spinning, and general confusion. Next step: learning to knock.[Via Robots.net]
