유비쿼터스 컴퓨팅 환경에서 로봇 자동화 서비스를 위한 계층적 아키텍처
A Layered Architecture for Robot Automated Services on Ubiquitous Computing Environments
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In ubiquitous computing environments, users want to receive the robot services regardless of various physical status or devices such as time, place, various sensors, and high-performance servers. Thus, the ubiquitous service robots have to provide users with automated services according to situational information that they properly recognize. Beyond these problems, robot software has to establish a foundation to support the functions with the network infrastructure that are not able to be solved by a single independent resource. On the basis of a robot middleware that is capable of minimizing dependencies among hierarchy structures, the robot software also has to provide execution environment to control the flow of robot application services. In this paper, we propose a layered architecture to provide users with automated services through ubiquitous robots. The proposed architecture is based on CAWL (Context-Aware Workflow Language) and RSEL (Robot Services Execution Language). CAWL easily represents the flow of robot services from user application service levels, and RSEL is able to support the composition and reusability of robot services through abstraction of robot device services. In our experiments, we applied the proposed architecture to an example of “booth guide robot service.”
Abstract
In ubiquitous computing environments, users want to receive the robot services regardless of various physical status or devices such as time, place, various sensors, and high-performance servers. Thus, the ubiquitous service robots have to provide users with automated services according to situational information that they properly recognize. Beyond these problems, robot software has to establish a foundation to support the functions with the network infrastructure that are not able to be solved by a single independent resource. On the basis of a robot middleware that is capable of minimizing dependencies among hierarchy structures, the robot software also has to provide execution environment to control the flow of robot application services. In this paper, we propose a layered architecture to provide users with automated services through ubiquitous robots. The proposed architecture is based on CAWL (Context-Aware Workflow Language) and RSEL (Robot Services Execution Language). CAWL easily represents the flow of robot services from user application service levels, and RSEL is able to support the composition and reusability of robot services through abstraction of robot device services. In our experiments, we applied the proposed architecture to an example of “booth guide robot service.”
참고문헌 (21)
- 김성훈, "URC를 위한 로봇 S", W 아키텍처 기술, 2006, pp.33(3), 56~63
- "OPRoS"[URL]
- Noriaki Ando, "ASoftware Platform for Componenet Based RTSystem Development : OpenRTM-Aist", pp.87~98 (2008), Simulation, Modeling, and Programming for Autonomous Robots
- Nader Mohamed, "A Review of Middleware for Networked Robots", International Journal of Computer Science and Network Security, 19(5), pp.139~148 (2009)
- Bruyninckx, H, "Open robot control software : the OROCOS project", Proceedings 2001 ICRA, IEEE International Conference, 통권 : 3, pp.2523~2528 (2001)
- "ERSP"[URL]
- 최종선, "다중－워크플로우를 지원하는 상황인지 워크플로우 언어의 설계", 인터넷정보학회논문지, 10(6), pp.145~157 (2009), 한국인터넷정보학회
- M Wieland, O. K., "Towards context-aware workflows", CAiSE07 Proc. of the Workshops and Doctoral Consortium (2007)
- T. Andrews, "“Business Process execution Language for Web Services”, BEA Systems, Microsoft Corp, IBM Corp, Version 1.1, 2003", ~ (2003)
- Wieland M., "Context Integration for Smart Workflows", Proceedings of the 6th Annual IEEE International, pp.239~242 (2008)
- Jun Li, "FollowMe: On Research of Pluggable Infrastructure for Context-Awareness", AINA06, 1, pp.199~204 (2006)
- Joohyun Han, "A Ubiquitous Workflow Service Framework", ICCSA06, pp.30~39 (2006)
- 유원필, "u-City 로봇시스템기술 동향", 전자통신동향분석, 24(5), pp.98~108 (2009)
- Hyun Kim, "CAMUS: a middleware supporting context-aware services for network-based robots", Advanced Robotics and its Social Impacts, 2005. IEEE Workshop on, pp.237~242 (2005)
- 홍충성, "URC를 위한 상황 정보 관리 기술", 전자통신동향분석, 22(2), pp.10~19 (2007)
- 정연구, "지능형 로봇의 국제 표준화 동향", 전자통신동향분석, 22(2), pp.70~78 (2007)
- Tetsuo Kotoku, "Robot Middleware and its Standardization in OMG", pp.2028~2031 (2006), SICE-ICASE, IEEE
- Lorenzo Fluckiger, "Service Oriented Robotic Architecture Supporting a Lunar Analog Test", International Symposium on Artificial Intelligence, Robotics and Automation in Space (iSAIRAS) (2008)
- Simeon Tsvetanov, "Using Some Motion Devices for Easily Workflows Illustration", International Scientific Conference Computing Science’08 (2008)
- T. Finin, "KQML as an Agent Communication Language", pp.1997, AAAI Press
- W. S. Harwin, "A Comparison of Rehabilitation Robotics Languages and Software", Robotica, 15, pp.133~151 (1997)