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Cloud Based Indoor Navigation for ROS-enabled Automated Guided Vehicles

Fatıh Okumuş, Adnan Fatıh Kocamaz

Year
2019
Citations
22

Abstract

In Cyber-Physical Systems, logistical activities with automatic guided vehicles (AGV) are indispensable for Industry 4.0 integration. In order to navigate the AGVs to be used in logistics, difficulties such as localization of AGV, mapping the environment, mobile-immobile obstacle avoidance, and optimum task allocation must be overcome. All these operations can be realized with an architecture that provides communication infrastructure and management mechanism in multiple robots. In this publication, cloud-based, ROS-enabled communication and navigation methods for multiple AGVs are proposed. The proposed method was tested and applied successfully in a laboratory environment.

Keywords

Cloud computingObstacle avoidanceComputer scienceTask (project management)Mobile robotObstacleRobotReal-time computingArchitectureEmbedded system

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