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Navigation Algorithm Using Fuzzy Control Method in Mobile Robotics

Vladimír Cviklovič, Martin Olejár, D. Hrubý, Zuzana Palková, Ondrej Lukáč, Peter Hlaváč

Year
2016
Citations
10
Access
Open access

Abstract

The issue of navigation methods is being continuously developed globally. The aim of this article is to test the fuzzy control algorithm for track finding in mobile robotics. The concept of an autonomous mobile robot EN20 has been designed to test its behaviour. The odometry navigation method was used. The benefits of fuzzy control are in the evidence of mobile robot’s behaviour. These benefits are obtained when more physical variables on the base of more input variables are controlled at the same time. In our case, there are two input variables - heading angle and distance, and two output variables - the angular velocity of the left and right wheel. The autonomous mobile robot is moving with human logic.

Keywords

Heading (navigation)Mobile robotRoboticsOdometryFuzzy logicArtificial intelligenceComputer visionComputer scienceFuzzy control systemMobile robot navigation

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