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Robot Localization and Monitoring using OpenRTM in Outdoor Environment based on Precision GPS

Yong-Seon Moon, Sang-Hyun Roh, Kwang-Hun Jo, Young-Chul Bae

Year
2012
Citations
3

Abstract

In the case of outdoor moving of robot, it is differ to indoor moving case due to it cannot prepare map early for entire outdoor environments, there is nearly no research based on map because most outdoor robots use GPS. In this paper, we implement outdoor robot localization that using precision GPS and then GPS data applying MCL algorithm in outdoor environments of plane of 2 dimensional without incline section. We also perform a simple mission scenario by using applied robot localization in outdoor robot. We applying OpenRTM based on middleware, we can be controlled and grasped situation of the outdoor robot by remote through server by manager.

Keywords

Global Positioning SystemRobotComputer scienceReal-time computingMiddleware (distributed applications)Assisted GPSArtificial intelligenceMobile robotComputer visionTelecommunications

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