We are sorry about the wait; things have been really busy for us here in Calgary!
And now here’s what you’ve all been waiting for – the rules for the new Off-Roadbot Challenge!
This is a new addition to our annual event, and we invite everyone to take part. Taking place in the field beside the museum, competitors will have their robots navigate an outdoor obstacle course from one end of the field to the other.
Take note that your robot will have to be rugged enough to survive potentially wet and bumpy terrain, as well as navigate through tall grass without losing it’s bearings. This challenge is meant for autonomous ground-based robots that are either mechanically or battery powered.
For more details on the rules, course & prizes, download the PDF below!
This 16:47 video includes many clips of quadracopters that have been posted here before, being talked about by a researcher from University of Pennsylvania researcher. The final ‘music video’ clip, I have not seen before.
Vijay Kumar: Robots that fly … and cooperate
Thanks to Gina for pointing this Ted Talk out to me.
These are being taught by one of the Standford professors that taught the machine learning course that I posted last fall, plus a prof from U of Virginia.
CS 101: BUILDING A SEARCH ENGINE
CS 373: PROGRAMMING A ROBOTIC CAR
See Udacity or directly to CS 101 and CS 373
The robotic car course adds to the previous course, but the previous courses is not a requirement. CS 373 assumes strong programming knowledge, but CS 101 does not need any previous programming background.
These youtube videos are from the AI course being put out by Stanford, but anyone interested in autonomous robots should enjoy this.
Autonomous Vehicle Intro 1
Autonomous Vehicle Intro 2
I’ve been following the online AI class from Stanford. Included in that was a video with descriptive commentary of the robot that won the DARPA challenge. The video is also on youtube. The ‘trick’ was to overlay very accurate but short range laser sensor data, with much less accurate but long range camera vision, to ‘infer’ what was further ahead than it could see with the lasers.
A YouTube video showing [advertising] a whole family of micro sized robots. A few similar to some of these have been seen at the Saturday morning gatherings. Others from the family are new [to me].
Hex Bugs Nano Micro Robot Remote Control Toys Toy Fair 2010 Preview
Various methods of locomotion.