Video duration: 116 seconds
Global video hits: 89381
Chaos is a highly mobile small robot useful for
* explosive ordinance disposal,
* surveillance,
* reconnaissance,
* search and rescue,
* hauling gear,
* and other dull, dirty, or dangerous tasks
Read more about it on Technabob:
http://www.techna bob.com
Video duration: 215 seconds
Global video hits: 1555
Ash Tews of CSIRO talks to Brad Howarth about the laser range finder which creates an 3D map of a vehicles local environment to allow it to navigate and avoid obstacles and collisions.
Video duration: 105 seconds
Global video hits: 39551
This 10-gram airplane flies on its own in a textured environment. It uses a fly-inspired control strategy to avoid colliding with surrounding walls and the ground.
http://lis.epfl.c h/microflyers
http://book.zuff. info
Video duration: 139 seconds
Global video hits: 3947
I used a plastic robot shell to add my own servos. I then surrounded the shell in a cookie monster plush toy. Using my 2d mapping code, I created this :)
Video duration: 154 seconds
Global video hits: 3048
Multi-beam sonar test at Stevens Creek Reservoir.
The vessel is joystick-driven or autonomously following position waypoints using its on-board GPS and its closed-loop navigation system. This is an undergraduate project of the Robotics Systems Lab and Santa Clara University.
Video duration: 62 seconds
Global video hits: 55992
Final video of our design of an autonomous foosball table. Total parts cost here under $500, including the foosball table, but not including the power supply or old PC used to control.
Video duration: 95 seconds
Global video hits: 4347
The video shows a remote controlled car driving car driving automonously. A machine learning algorithm estimates depths from a single monocular image captured from the webcamera mounted on the car at 7 Hz. The car plans a path to avoid obstacles in real-time. More details at:
http://ai.stanfor d.edu/~asaxena/rccar
Video duration: 223 seconds
Global video hits: 2549
This video shows VolcanBUL, a robotized vehicle for automatic transport of people built using the robuRIDE-28 platform.
In this video, we show how the software of the vehicle has been developed, called ROBOSOFT's robuBOX-CTS, using Microsoft Robotics Studio.
