资源说明:Carroll College CS Senior Project (2012) - an autonomous robot that avoids obstacles using neural networks
# CS-430 : Senior Project This Semester long project was placed on git during the last two weeks for better version control and collaboration. A more complete documentation is available for download as a PDF [here](http://www.townsendjennings.com/portfolio/roboDocumentation.pdf) ## Team Members * Jennings [2] * Forrest * Shae * Nate [1] ## Educational Goals * Embeded systems * Multi-Threaded architecture * Fuzzy logic * Real time systems ## Operating Specifications Code was written for RidgeSoft's [IntelliBrain](http://www.ridgesoft.com/intellibrain/intellibrain.htm) micro controler. This micro controler was mounted on a modified [Axial](http://www.axialracing.com/) RC-car base (Unsure which specific model). This base was modified to have separate front and rear wheel steering. ### Sensor Configuration * 5 [Ping)))](http://www.parallax.com/tabid/768/ProductID/92/Default.aspx) (ultrasonic range sensors) were used at pointed at 0, +-45 and +- 90 degrees from the front of the robot. Some trickery was needed here because the IntelliBrain only supported 4 pulse output devices so a relay was used to switch the signal wires for the East/West looking sensors. * 1 GPS unit Labled "Paralax GPS Reciever" (no link found) * 1 Rotation sensor (no link found). Was attached to the large driving output gear. * 1 Sensor for rear straight driving (yet to be implemented) [1]: http://nathanjkwoods.com "Nathan's Personal Website" [2]: http://www.townsendjennings.com "Jennings' Personal Website"
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