Ok, that might be a little bit long of a title, but will give you the idea. National Instruments and Ammons Engineering are sponsoring a code challenge. The goal is to design and implement a control algorithm for the... guess what... exactly: An inverted pendulum.
The best part (other than the fun of programing) is that we are giving way a NI Embedded Kit!!!
You can see all the details in the NI Community Forums
http://decibel.ni.com/content/message/16920#16920
Enjoy!
Thursday, May 20, 2010
Monday, May 3, 2010
Another inverted pendulum.
By now you probably know I have something for inverted pendulums. I just found this project done in the University of Michigan as a Senior Design project. I like this particular project because:
- The inverted pendulum model was provided using Matlab, but it was implemented MathScript
- LabVIEW used for the control algorithm and cRIO for the embedded control platform
- I like the enclosure used to make it safe. This system is meant to be in a museum for children
- I also like the use of magnets to disturb the plant. Slick!
Here is a link to the youtube video
I know, I have to start posting about something different from inverted pendulum :D
Enjoy!
- The inverted pendulum model was provided using Matlab, but it was implemented MathScript
- LabVIEW used for the control algorithm and cRIO for the embedded control platform
- I like the enclosure used to make it safe. This system is meant to be in a museum for children
- I also like the use of magnets to disturb the plant. Slick!
Here is a link to the youtube video
I know, I have to start posting about something different from inverted pendulum :D
Enjoy!
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