Development of simulation framework for ubiquitous robots using RT-middleware
This paper presents a simulation framework for ubiquitous robot and sensors. For ubiquitous robot, the importance of a distributed sensor environment is emphasized. To simulate such an environment, the effect of environment sensor should be considered as well as a robot itself to verify the performa...
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Published in | 2007 International Conference on Control, Automation and Systems pp. 2483 - 2486 |
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Main Authors | , , , , , , , , , |
Format | Conference Proceeding |
Language | English |
Published |
IEEE
01.10.2007
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Abstract | This paper presents a simulation framework for ubiquitous robot and sensors. For ubiquitous robot, the importance of a distributed sensor environment is emphasized. To simulate such an environment, the effect of environment sensor should be considered as well as a robot itself to verify the performance of the overall system. To remedy this problem, the integrated simulation framework is suggested. In the proposed scheme, each sensor and robot are implemented as RT components. This can be achieved using RT-middleware, which is developed by AIST. Using RT components, the interface module can be reused in real environment because the interface module will have common design between the simulation space and the real environment. This is one of merits of RT-Middleware. OpenHRP, which is considered as target platform, is also introduced. |
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AbstractList | This paper presents a simulation framework for ubiquitous robot and sensors. For ubiquitous robot, the importance of a distributed sensor environment is emphasized. To simulate such an environment, the effect of environment sensor should be considered as well as a robot itself to verify the performance of the overall system. To remedy this problem, the integrated simulation framework is suggested. In the proposed scheme, each sensor and robot are implemented as RT components. This can be achieved using RT-middleware, which is developed by AIST. Using RT components, the interface module can be reused in real environment because the interface module will have common design between the simulation space and the real environment. This is one of merits of RT-Middleware. OpenHRP, which is considered as target platform, is also introduced. |
Author | Yong-Shik Kim Bong Keun Kim Tomizawa, T. Ohba, K. Ohara, K. Sugawara, T. Hyun Min Do Xuefeng Liang Jae Hoon Lee Tanikawa, T. |
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SubjectTerms | Context modeling Distributed sensor environment Integrated simulation framework Intelligent robots Intelligent sensors Intelligent systems Orbital robotics Robot sensing systems Robotics and automation RT component RT-middleware Sensor systems Service robots Space technology Ubiquitous robot |
Title | Development of simulation framework for ubiquitous robots using RT-middleware |
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