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Design and Implementation of a Reactive Navigation System for a Smart Robot Using Udoo Quad

  • Mohamed NjahEmail author
  • Ridha El-Hamdi
Chapter
Part of the Studies in Systems, Decision and Control book series (SSDC, volume 175)

Abstract

This chapter describes a process of design and implementation of a reactive navigation system for a smart mobile robot. Equipped with a webcam and distance sensors, the autonomous robot will explore an arena to locate a number of sites in a limited time all while avoiding the arena boundary and any obstacles it might encounter. A fuzzy behavior-based control scheme with adaptive membership functions has been taken as a proposed reactive navigation system. The tests of the proposed method were performed in a real robot using a UDOO Quad board, which is a single-board computer equipped with two CPU, and experiments demonstrated that this embedded system was able to successfully complete the autonomous navigation task in a real arena.

Keywords

Reactive navigation system Behavior-based control Mobile robot Fuzzy logic Adaptive membership function UDOO Quad OpenCV 

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Copyright information

© Springer Nature Singapore Pte Ltd. 2019

Authors and Affiliations

  1. 1.Control and Energy Management laboratory (CEM), Digital Research Center of SfaxTechnopole of SfaxSakiet EzzitTunisia

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