Cathy Hutchinson has been unable to move her own arms or legs for 15 years. But using the most advanced brain-machine interface ever developed, she can steer a robotic arm towards a bottle, pick it up, and drink her morning coffee. The interface includes a sensor implanted in Cathy’s brain, which ‘reads’ her thoughts, and a decoder, which turns her thoughts into instructions for the robotic arm. In this video, watch Cathy control the arm and hear from the team behind the pioneering study. The original research paper is here: www.nature.com
Paralysed woman moves robot with her mind – by Nature Video
May 19th, 2012Posted in Videos | No Comments »
Robotics team watches robot perform surgery at Franciscan St. Anthony Health
May 19th, 2012–>
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Helena Robotics Team finishes 24th at world event
May 19th, 2012The Helena Robotics Team finished in the top 1 percent of the 2,500 robotics teams that competed in the FIRST Tech Challenge World Championships held in a domed stadium in St. Louis.
Six young Helenans represented the 40 members of the Helena Robotics Club at the world match, which was attended by 12,000 students from 32 different countries. The Helena squad finished 24th out of 2,500 teams over the three-day event.
The Helena team, otherwise known as the “A-Team,” built a robot and adorned it with gold chains and a mohawk to resemble TV’s Mr. T. Team members include Josh Steiner, Airel Lamb, Kyle Whitehead, Mykaela Edwards, Anna Lund and Quinn Kurokawa.
“It’s really a journey,” said coach John Miller. “It’s a 10-month project to get to worlds.”
Kurokawa, a Capital High School senior, has been with the team for the past four years. He said the biggest obstacle this year has been finding the time to collaborate with the entire team.
“We don’t just do robotics,” said Kurokawa, who is also a member of the Bruin track team.
Another struggle, according to Kurokawa, is the adjustment from the classroom to the obstacle course in the midst of the meet. He said building, running and repairing the robot at school are ideal circumstances.
“We get to the meets and other variables come in, and the pressure hits us differently because we’re so excited to be there,” he said.
There are four competitive divisions at the event, divided up by age and robot size. Helena’s team competed in the First Tech Challenge (FTC) competition after they earned a spot in the state competition at Montana State University in February. This is the second year in a row a Helena team has qualified for the world competition.
In FTC, teams are paired up and compete in two types of matches: autonomous, where the robot is programmed and moves on its own; and tele-operated, where the drivers control the actions of the robot with a remote.
Coach Theresa Vedovatti said this year’s robot operated smoothly because the team spent so much time refining it after the state competition.
One of the most profound parts of the experience, according to Vedovatti, is how the competitors treated each other.
“There’s 12,000 kids there respecting and caring about each other,” she said. “Nobody is different, and everyone is part of the community.”
Miller said the team’s robot performed superbly.
“Any loss of points we had was because of our alliance’s robot,” he said. “We could have easily ended up on top if the cards would have fallen differently.”
Lamb, a CHS senior, said he’s OK with not winning, even though at one point during the competition Helena was ranked No. 1.
“It was more than just winning,” he said. “It was inspirational too.”
There were big-name speakers throughout the three-day event including basketball superstar Kareem Abdul-Jabbar, will.i.am of the Black Eyed Peas, and inventor Dean Kamen, founder of FIRST (For Inspiration and Recognition of Science and Technology).
Steiner is the youngest on the team. He’s an eighth-grader at C.R. Anderson and says he’d love it if Helena could qualify for worlds until he graduates. For now, he’s looking forward to next year.
“I have a whole bunch of ideas I’m going to apply next year,” he said.
The Helena Robotics Club is always looking for new members and students can be in middle or high school from any school in town.
Kurokawa says a person who excels at robotics is a person who can be open-minded.
Lamb says it takes dedication and a willingness to be a team player. A former love of Legos doesn’t hurt, either.
Reporter Alana Listoe: 447-4081, alana.listoe@helenair.com
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Robotics team watches robot perform surgery at Franciscan St. Anthony Health
May 17th, 2012–>
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Staying on topic
Keeping your comment to 100 words or less
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UK opens Europe's largest robotics laboratory
May 17th, 2012LONDON – Two UK universities have opened the largest robotics laboratory in Europe as the UK government announced a £16M ($25 million) boost for research.
The Bristol Robotics Lab is a partnership between UWE Bristol (University of the West of England) and the University of Bristol. It is home to 70 academics and businesses who are leading current thinking in ‘nouvelle’ and service robotics, intelligent autonomous systems and bio-engineering. Over £1.65 million (about $2.65 million) has been spent on the new facilities which cover 2,400 sqm, with over 300 meters of specialized laboratory space and two Flying Arenas.
“This is probably the largest robotics lab in Europe,” said Libor Kral, Head of Unit Cognitive Systems for Interaction Robotics at the European Commission. Robotics is a key element for Europe, he says. “In the current framework we have over 100 project and 500 million euros for robotics enabling technology and this is the largest no-military funding project in the world for robotics.” The next set of European Framework projects will concentrate more on industrial led developments and new efforts to attract industrial partners, he said.
UK Science Minister David Willetts opened the lab, which includes the CHRIS project on robot human interaction, energy autonomy, soft robots, robots that use whiskers to find their way around and small Unmanned Air Systems (UAS). He will also see the European project Mobiserv which is looking at ways of using robots in helping to care for older people, a project using robots to help reset broken bones, research that will look at the ethical, legal and social issues around robots and work in non-linear robotics control. The SYMBRION project looks at the way swarms of robots can evolve and adapt together into different organisms based on bio-inspired approaches.
He also announced £16m funding for 22 robotics projects around the UK including the Universities of Bristol, Bath, Oxford and Newcastle and the participation of BAE Systems, Schlumberger and other industrial partners.
“We are on the threshold of an exciting new era in robotics in the UK and BRL is already making significant contributions in many areas,” said Professor Chris Melhuish, director of BRL. “Our interdisciplinary research focuses on key areas of robot capabilities and applications ranging from human-robot interaction, medical robotics, soft robots with artificial muscles, giving robots a sense of touch to autonomous flying robots and robots that turn biomass into energy. By bringing together researchers including biologists, electronics and mechanical engineers, surgeons, psychologists, aerodynamicists, computer scientists, mathematicians, material scientists as well as industry we are able to explore new exciting areas of research and new applications which have an impact on new businesses.”
Courtesy of EETimes Europe
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Honda shows robotics for handsfree unicycle
May 15th, 2012TOKYO (AP) — Look, no hands. Scooting about in a unicycle is no sweat with Honda‘s new robotics technology.
Swaying your body from side to side is all you need to do to turn, rotate full circle and zip around on the Uni-Cub, which looks a bit like a floating car seat.
Reporters got a test ride on the machine Tuesday. It takes some getting used to but responds smoothly and quietly.
Honda Motor Co. said Uni-Cub is not dangerous to pedestrians even if it crashes. But it can only be used on flat surfaces.
It will be on display at a Tokyo science museum and go through some tests for feedback. There are no plans yet for a commercial product. Honda declined comment on pricing or timing.
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Honda shows robotics for easy and hands-free ride
May 15th, 2012TOKYO (AP) — Look, no hands. Scooting about on what looks like a floating car seat is no sweat for anyone with Honda‘s new hands-free robotics technology.
Swaying your body from side to side is all you need to do to turn, rotate full circle and zip around on the Uni-Cub. The Uni-Cub has one main wheel, while a tiny wheel at the back helps for circular moves.
Reporters got a test ride on the machine Tuesday. It takes some getting used to but responds smoothly and quietly.
Lean forward to go straight, to the left to go left. If all fails to stop, just put your foot down.
Uni-Cub will be on display at a Tokyo science museum. There are no plans yet for a commercial product.
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FANUC R-2000iB "Flying Robots" in Camshaft Machining Center — Courtesy of TranTek Automation
May 13th, 2012Camshaft machining – www.fanucrobotics.com FANUC Robotics Authorized Integrator TranTek Automation Corporation designed this new automation concept for a series of camshaft machining centers that traditionally used separate linear motion gantry-style pick and place mechanisms and floor conveyors. This new 7th Axis Robotic design, which utilizes FANUC R-2000iB rail-mounted robots, reduces the amount of fixed automation equipment required, cuts four individual automation systems down to one, uses less energy, and frees up floor space while providing capital equipment flexibility. By integrating these top loader FANUC R-2000iB Material Handling "flying robots" on a overhead rail, separate fixed automation can be removed at each of the CNC machining centers. In the traditional configuration, each machining center had a linear gantry deliver camshafts to and from a conveyor on the shop floor. In this new design, overhead robots pick up and deliver parts from cell to cell. Each movement to the machining center includes removal of a finished part and delivery of a raw part. The traditional design also required hundreds of feet of fixed floor conveyors to feed the machining cells. The new configuration by TranTek eliminates the entire conveyor system, freeing up valuable floor space. With the conveyors removed, operators and quality control personnel can move freely around the machine centers. But one of the biggest benefits is capital equipment flexibility. The CNC machining <b>…</b>
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International contest for Mass. robotics students
May 13th, 2012“When you prepare for something, and you find out you did really, really well because you prepared, it’s a good feeling,” said Thai, who is the “CEO” of the New Bedford team.
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DeWitt Robotics Team 16th at world championships
May 13th, 2012The DeWitt Robotics Team competed in the VEX Robotics World Championships in Anaheim, Calif. April 19-21. The DeWitt Motor Heads placed 16th of 99 teams in the Engineering Division. Over 600 teams from 20 countries competed this year.
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