AMLP 1

Posted on 25/08/2009 by davesversion
Modified on: 13/09/2018
Project
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Introduction
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This isn't my first robot, but it is the first one I'm posting on here.  After reading through  Tobi , I figured I should put this one on here.  I really wish I had taken more pictures of the development process.  The wife is sorting through the 236 pictures I have of it on my old phone right now.  Yes, that is 236, not a typo.  Some I can't post here because of the location I was taking them at, and still have standing non-disclosure agreements with that company.   No there are no typos in ...


AMLP 1

This isn't my first robot, but it is the first one I'm posting on here.  After reading through  Tobi , I figured I should put this one on here.  I really wish I had taken more pictures of the development process.  The wife is sorting through the 236 pictures I have of it on my old phone right now.  Yes, that is 236, not a typo.  Some I can't post here because of the location I was taking them at, and still have standing non-disclosure agreements with that company.  

No there are no typos in the cost, and time ... this is a STILL ongoing project, because someone said I couldn't do it EXACTLY how I was explaining.  This has taken over 5 years, off and on, and switching things around a lot.

I'm going to be switching the controller again to the Parallax Propeller (8  processors can't be beat)

I'm mainly learning how to post on here, and I will DRASTICALLY clean this up soon 

 

Autonomously follow "AM" by following the signal beacon in her necklace

  • CPU: 2x Parallax BS2, Innovation First EDU robot controller, Parallax Javelin
  • Operating system: Windows XP Pro, Fedora Core 9
  • Power source: 7.2V 1500mAh RC battery, 3x 12v gel pack
  • Programming language: Java, C, pbasic
  • Sensors / input devices: Ping))) Ultrasonic, IR ranging, bump sensors, RF beacon
  • Target environment: Indoor or outdoor, rain or dry
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