PLM 기반 함정획득을 위한 프레임워크 개발 방법론
Framework for an Advanced Naval Ships Acquisition based on PLM
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초록
As naval ships become more complex with the reduced cost and time for their development, modeling and simulation are increasingly used. The US navy has being applied the concept of a simulation-based acquisition(SBA) to their acquisition process. However, there have been few studies on a simulation-based acquisition for naval ships (SBA-NS) in the Korean naval shipbuilding. In this paper, we discuss a framework to establish collaborative environment(CE) for an advanced naval ships acquisition based on PLM. For this, we propose architectures and a naval ship information model for design the framework of the SBA-NS. To design the framework, we develop the methodology that is composed of three major processes that are the requirement analysis process, the SBA-NS architectures design process and the design process of a reference model of a naval ship product information. Applying the methodology, the framework suitable for the Korean Navy context is developed.
Abstract
As naval ships become more complex with the reduced cost and time for their development, modeling and simulation are increasingly used. The US navy has being applied the concept of a simulation-based acquisition(SBA) to their acquisition process. However, there have been few studies on a simulation-based acquisition for naval ships (SBA-NS) in the Korean naval shipbuilding. In this paper, we discuss a framework to establish collaborative environment(CE) for an advanced naval ships acquisition based on PLM. For this, we propose architectures and a naval ship information model for design the framework of the SBA-NS. To design the framework, we develop the methodology that is composed of three major processes that are the requirement analysis process, the SBA-NS architectures design process and the design process of a reference model of a naval ship product information. Applying the methodology, the framework suitable for the Korean Navy context is developed.
참고문헌 (22)
- Baum S., "An information technology blueprint for the twenty-first century amphibious warship", Annual Meeting of the Society of Naval rchitects and Marine Engineers, 107, pp.44~65 (1999)
- Chadha B., "Implementing a federated architecture to support supply chains" (1998), Coensys Inc.
- DoD(Department of Defense), "Integrated Product and Process Development Handbook" (1998), Office Of The Under Secretary of Defense
- DoD(Department of Defense), "DoD Architecture Framework" (2007), DoD
- Fireman H., "LPD 17 on the Shipbuilding Frontier: Integrated Product & Process Development", Association of Scientists and Engineers 35th Annual Technical Symposium (1998)
- Hollenbach J., "Building a Distributed Product Description for the Joint Strike Fighter", 3 rd Simulation Based Acquisition Conference (2001)
- Hollenbach, J. W., "The Joint Strike Fighter(JSF) Distributed Product Description", Simulation Interoperability Workshop (2000)
- Jeon B. S., "ooCBD Development Methodology" (2004), Youngjin.COM
- Johnson V. R. M., "Simulation based acquisition: a new approach" (1998), The defense systems management college press
- 정연환, "함정 수명주기관리시스템(PLM) 구축을 위한 통합 자료환경(IPDE) 구현 방안", 대한조선학회 논문집, 42(6), pp.698~709 (2005), 대한조선학회
- Keane F. J., "An architecture for simulation based acquisition", ohns Hopkins APL technical digest, 21(3), pp.348~358 (2000)
- Kim Y. G., "A Methodology for the development of product information management system of naval-ship design", 박사, pp.2008
- Lisiewski R., "DD21:A New Direction in Warship Acquisition" (2000), Storming Media
- Lee C. M., "Study on the use of modeling and simulation(M&S) to support the acquisition of naval ships", Workshop of the Society of CAD, 2007, 217~227
- Lee C. M., "3D Digital Mockup and Simulation based Verification for Warship Design", Proceedings of the Annual Spring Meeting, pp.225~230 (2004), SNAK
- Michael S. A., "Simulation based acquisition for the rest of us", Aerospace Conference (2005), IEEE
- Oh D. K., "IPDE(Integrated Product Data Environment) Implementation for Korea Warship PLM", Workshop of the Society of CAD, 2007, ~
- Rangan R. M., "Streamlining Product Lifecycle Processes: A Survey of Product Lifecycle Management Implementations, Directions, and Challenges", Journal of Computing and Information Science in Engineering, 5(3), pp.227~237 (2005)
- RIMSE, "Prototype of the Naval Ship Information Management System" (2003), Seoul National University
- RIMSE, "A Study of Infrastructure for Concept Design of Naval Ships" (2007), Seoul National University
- Song J. T., "Result of applying IPPD to submarine acquisition program of U.S. navy, Defense" (2006), Science & Technology Plus
- Wetteland C. R., "The human simulation: resolving manning issues onboard DD21", Simulation Conference Proceedings, pp.1402~1406 (2000)