
· interactive
· innovative
· playful
and also in terms of their
· design
· functionality
· potential impact on society
|

· interactive
· innovative
· playful
and also in terms of their
· design
· functionality
· potential impact on society

For those of you that do not know, the iRobot Create Challenge is just that, a challenge to see who comes up with the most creative idea with the fully programmable iRobot Create Platform! Well, Don over at Tom’s Hardware has put together a nice compilation of the publicly available entries into the challenge.
This one was by far my favorite:
Taken from the post:
Professor David P. Miller of the University of Oklahoma has managed to program the iRobot Create to see and respond to visual stimulus. Using an XBC robot controller – complete with camera and firmware that allows the robot to track multiple objects of different colors – Professor Miller has gotten the iRobot Create to play tennis. It tracks a colored ball to its side of the net and returns it at an angle that the robot calculates as appropriate. To clarify, this robotic “tennis” is a bit slower than human tennis but the mechanics are there. It’s impressive, and you can find movies of this project and others at Adding vision to the iRobot Create
Read the full post
Apparantly this is an old video, but my lord, look at these bots go!!
Want to build your own? We sell this similar micromouse chassis below.
video link via Invobot
video from RobotDreams
via Engadget
In a fitting tribute to the pioneering scientist after whom it was named, Virginia Tech’s Dynamic Anthropomorphic Robot with Intelligence (DARwIn) has finally “evolved” enough (it’s now on the fourth iteration, DARwIn IIb) to compete in the traditional Japanese sport of robot soccer. The VT team — composed of striker DARwIn IIa and goalie DARwIn I — will reportedly be the first US competitors in the humanoid division of the popular RoboCup tournament, whose 2007 finals are actually being held right here on American soil in Atlanta. DIIa, the more sophisticated of the Robotics & Mechanisms Laboratory’s (RoMeLa’s) two bots, is built around a LabVIEW-powered 1.4GHz Pentium M with 1GB of RAM, 256KB of flash memory, 23 total actuators, a pair of FireWire cameras, and a gyroscope — clearly the delicate head-mounted cam was designed before the head-butting ugliness of World Cup 2006. Keep reading to check out a vid of big D in action — as well as tumbling over — and then hit up the Read link for more pics, specs, and action-packed soccerbot clips.
Video of the 6th Rescue Robot Contest held in Kobe, Japan (the city that had a great earthquake in 1995). It’s facinating to look at all the different approaches to building rescue manipulators.
via Digg