The BBC recently visited the Cognitive Robotics lab at the University of Ulster, Intelligent Systems Research Center and broadcast a short news segment (see below) covering the advanced robotics research work underway in the lab. While it doesn't disclose anything dramatically new or exciting, the video does provide an additional views of the Willow Garage PR2 preparing coffee and solving a Rubik's cube along with a researching shaking hands with the one of the famous Shadow robotic hands.
That being said, the vintage footage that starts off the video makes it all worthwhile - classic robot camp stuff.
Security Camera Warehouse, located in North Carolina, contacted us about their "Securing the Future" program, designed to encourage and support robotics teams as well as physics labs and science programs by providing free video cameras.
According to the program details:
"You have to be a University or High School to have guaranteed acceptance to receive the free cameras*. Club level robotics teams, optics labs, physics labs, and other programs can also apply but will be approved on a case by case basis. Club level teams need to be primarily educational in nature and have an emphasis on youth and young adults."
The program lists quite a few qualifying cameras and many of them appear to be easily adaptable to suit the needs of a robot surveillance project or remote telepresence application. Understandably, there are several restrictions shown on the website, including the requirement that receipients are limited to the US. Nevertheless, we think it's a great program and a great way for the company to support the robotics community. We wish other companies would follow their lead.
Hiroshi Ishiguro's famous robotics laboratory situated in Kyoto, Japan, is looking for an outstanding international scientific engineer that can make a major contribution to their development in teleoperated robotic systems. Demonstrated expertise with state of the art robotics projects is one of their key selection criteria. The exact definition of a 'scientific' engineer isn't immediately clear - at least to me, though they are looking for candidates with experience in hardware/software humanoid robot construction; teleoperation; computer vision, and/or spoken language processing.
The laboratory is world famous for pushing the edge with startling, sometimes almost frightening, android creations including the Geminoid series, Telenoids, and Elfoids. While other robotic researchers tend to shy away from the boundaries of the Uncanny Valley, Ishiguro's laboratory seems to have staked out the territory as their own personal hunting ground.
All things considered, it looks like a real plum job for the right candidate, the opportunity to work with the leading experts in the field and potentially gain a lot of invaluable know-how, experience, and visibility in the robot community.
The robot loving guru's over at iheartrobotics.com have been pumping out interesting new accessories for the TurtleBot robot platform at a dizzying pace. Their latest creation, available via the iheartrobotics webstore, adds speakers that could provide music as the robot attempts a Michael Jackson, or Lady Gaga, imitation. There's also a link in their blog post that shares all the build details in case you want to hack one together yourself.
Be sure to check out the rest of the TurtleBot goodies they have created. It looks like the robot may be going for a new Guinness World Record for the most accessorized robot ever.
We spent a wonderful, and learning packed, afternoon with the Robot Japan team in Tokyo figuring out how to teach the Aldebaran NAO humanoid robot to draw Japanese kanji characters in the traditional calligraphy style called "Shodo". It may look simple, but take it from me, drawing the characters correctly, in the right stroke order, and with the proper energy and spirit can be a real challenge, even for a human.
’Teaching The NAO Robot Japanese Calligraphy’ continues
Aldebaran Robotics, the creators of the well known NAO humanoid robot, obviously have a strong commitment to advancing the state of the art in robotics technology and applications. During the RoboCup 2011 competition in Instanbul they unveiled the 4th generation NAO loaded with new enhancements, improved performance, and features requested and suggested by their rapidly growing user base in leading educational, academic, and research facilities from all over the world.
While the external appearance of NAO V4 may not have changed in obvious ways (don't worry, NAO still has the cute, lovable, boyish character that's made him so popular), the changes under the hood are really impressive and will make it much easier and attractive to users developing robotic applications as well as researchers.