ABBot: Advanced Boe Bot

Posted on 29/09/2011 by vrossi
Modified on: 13/09/2018
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Introduction
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The main goal of this project was to develop an autonomous rolling robot, based on Parallax Boe-Bot, but using two boards and microcontrollers. It uses only standard, relatively cheap, Parallax parts (Board Of Education boards with Basic Stamp 2 microcontroller and several sensors and actuators). It can communicate with the user by:       * Displaying information on its Serial LCD.      * Talking through a TTS (Text To Speech) device. It may ...


ABBot: Advanced Boe Bot

The main goal of this project was to develop an autonomous rolling robot, based on Parallax Boe-Bot, but using two boards and microcontrollers.

  • It uses only standard, relatively cheap, Parallax parts (Board Of Education boards with Basic Stamp 2 microcontroller and several sensors and actuators).
  • It can communicate with the user by: 

      * Displaying information on its Serial LCD.
      * Talking through a TTS (Text To Speech) device.

  • It may be given a goal to be reached:

      * Photophile (search for a place where lighting is above a certain level)

      * Photophobe (search for a place where lighting is below a certain level)

  • It can move around by using wheels or the Boe-Bot Tank Tread Kit.
  • It can detect obstacles by using an Ultrasonic Range Finder.
  • It can avoid falling downstairs by using an Infrared Emitter and Receiver.
  • It can stop and change direction when its horizontal or vertical inclination is too steep.
  • It can detect temperature and humidity.
  • It can display, at user request, all its sensors info.

Here is a detailed documentation: http://www.robotinfo.net/pdf/ABBot%20Advanced%20Boe%20Bot%201_0.pdf

Autonomous rolling robot, based on Parallax Boe-Bot, using two boards and microcontrollers.

  • Control method: Full autonomous
  • CPU: Basic Stamp 2
  • Power source: 4xAA batteries
  • Programming language: pbasic
  • Sensors / input devices: accelerometer, TTS, Ultrasonic Range Finder, Thermometer
  • Target environment: indoor
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