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      저자 : 장병훈(Byoung-Hoon Jang) (검색결과 2 건)
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        제조실행시스템에서의 BPEL 기반 워크플로우 관리시스템의 적용

        박동진(Dongjin Park),장병훈(Byoung-Hoon Jang) 한국IT서비스학회 2009 한국IT서비스학회지 Vol.8 No.4

        This paper outlines opportunities and challenges in the implementation of BPEL based WFMS(WorkFlow Management System) for the MES(Manufacturing Execution System) in semiconductor manufacturing. At present, the most MESs in semiconductor wafer fabrication shop have the problems in terms of application software integration, reactivity, and adaptability. When a plant has to produce new product mix, remodel the manufacturing execution process, or replace obsolete equipments, the principle road blocks for responding to new manufacturing environment are the difficulties in porting existing application software to new configurations. In this paper, the issue about WFMS technologies including BPEL standard applied for MES are presented. And then, we introduce the integrated development framework named nanoFlow which is optimized for developing the BPEL based WFMS application for automated manufacturing system. And we describe a WFMS implemented with using nanoFlow framework, review and evaluate the system.

      • 제조시스템자동화에 있어서 BPEL 기반 워크플로우 관리시스템의 적용

        박동진(Dongjin Park),Jaejin Jang, 장병훈(Byoung-Hoon Jang),김수경(Soo Kyoung Kim) 한국IT서비스학회 2009 한국IT서비스학회 학술대회 논문집 Vol.2009 No.1

        This paper outlines opportunities and challenges in the Implementation of BPEL based WFMS(Work Flow Management System) for the MES(Manufacturing Execution Systems) level in semiconductor manufacturing. At present, the most MES that are composed of several hundreds of applications in semiconductor wafer fabrication shop have the same problems as others about flexibility and adaptability. When a plant has to produce new product mix, remodel the manufacturing execution process, or replace obsolete equipments, the principal road blocks for responding to new manufacturing environment are inflexible communication infrastructure among the manufacturing process components and the difficulty in porting existing application software to new configurations. In this paper, the issues about BPEL standard, used for the flexibility of Workflow Management System, are presented. We introduce the integrated development framework named nanoFlow which is optimized for developing the BPEL based WFMS application for automated manufacturing system. We describe a WFMS implemented with using nanoFlow framework, review and evaluate the system in terms of flexibility and adaptability.

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