2002•The Proceedings of Conference of Kanto BranchOpen access

Development of Dual-arm Mobile Manipulator

Yuichi Obara, Takeshi Aräya, Yoshio Yamamoto

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Abstract

This paper introduces a dual-arm mobile manipulator in which two manipulators are mounted atop a wheeled mobile platform. Combination of the two arms' manipulation capability and mobility provided by the locomotion can extend its applicability to a broader field of application. Here we present the structure and control scheme of the mobile manipulator system developed. We also discuss how the two manipulators and locomotion can be coordinated in order to execute a given task in a meaningful manner.

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This paper introduces a dual-arm mobile manipulator in which two manipulators are mounted atop a wheeled mobile platform. Combination of the two arms' manipulation capability and mobility provided by the locomotion can extend its applicability to a broader field of application. Here we present the structure and control scheme of the mobile manipulator system developed. We also discuss how the two manipulators and locomotion can be coordinated in order to execute a given task in a meaningful manner.

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Available abstract

This paper introduces a dual-arm mobile manipulator in which two manipulators are mounted atop a wheeled mobile platform. Combination of the two arms' manipulation capability and mobility provided by the locomotion can extend its applicability to a broader field of application. Here we present the structure and control scheme of the mobile manipulator system developed. We also discuss how the two manipulators and locomotion can be coordinated in order to execute a given task in a meaningful manner.

Key concepts: Mobile manipulator, Manipulator (device), Dual (grammatical number), Computer science, Task (project management), Scheme (mathematics), Mobile robot, Robotic arm

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