Redwood Robotics will be building the "next generation arm" for robots. The aim is to create an arm that does for robotics what the Apple II did for computers: get the hardware out of factories and into homes. The arm should be user friendly: simple to program, inexpensive, and safe to operate alongside people.
On May 2-4, 2012, a group of about 25 European researchers will meet at the University of Orebro, Sweden, to design robots that can help the elderly and their family to live a better and more independent life. The event is part of the project "Robot-Era", which is funded by the European Commission and which will last for 4 years, from January 2012 to December 2015. The project, coordinated by the Italian "Scuola Superiore Sant'Anna", includes a mix of universities, research centers, private companies and public bodies from four EU countries: Italy, the UK, Germany and Sweden.
Last week, the Volkswagen Automotive Innovation Lab of Stanford was embellished with the third annual Robot Block Party. A variety of robots and robotic technology arrived from the San Francisco Bay Area, to participate in this event.
Karlsruhe Institute of Technology along with FZI Research Center for Information Technology will present a humanoid robot, with new algorithms and 3 D visualizations, at the CeBIT in Hanover.
In the National Engineers Week of Drexel University, seven humanoid robots were centre staged on 20 Feb 2012. This is considered to be one of the first events to showcase seven robots together.
U.S. robotics company iRobot has received a patent approval for a system that allows a robot to return autonomously to its operator if wireless communications fail. The patent is for the “retrotravese” technology that it has developed for its 510 PackBot. It is also the hundredth patent that the company had received for its robotic technologies.
FIRST Robotics Competition fever has hit the schools once again. At the annual robotics competition the students get a chance to test their skills as part of a robot building team. They go through the process of designing and building their robots for the competition and learn a lot more than robotics in the process.
Student Max Shepherd has come up with a robotic arm that can do some amazing life like things and it is made up entirely of Lego bricks. The fully functional robotic arm is in 1:1 scale and has 12 degrees of freedom.
A PhD student, Austin Gregg-Smith from the Bristol University is conducting a study to analyze how robotic tools can assist people in performing daily tasks more efficiently. The study is being funded by the James Dyson Foundation.
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