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http://dx.doi.org/10.7846/JKOSMEE.2013.16.1.17

A Study on Integrated Information System for Marine Leisure Industry  

Kim, Y.S. (Hongik University)
Kim, D.J. (Advanced marine tech)
Publication Information
Journal of the Korean Society for Marine Environment & Energy / v.16, no.1, 2013 , pp. 17-24 More about this Journal
Abstract
In order to have market competitiveness in local and global areas, Domestic Marine Leisure Industry business, which is a latecomer in the Marine Leisure industry, should retain a strong market adaptability by reducing time and cost that are required for work of planning, designing, and preparation for product development. To meet above requirements, it is essential that integrated system control extensive marine leisure industry. After ensuring integrated information by figuring out the systematic link between related-industries, the core of this research is to secure information classifications that are not just in the flow of simple serial order, but in that of integration and object-oriented information classifications. For this end, we examine other similar cases in industries using real information system applied to industrial production and Product Lifecycle Management (PLM), Product Data Management (PDM), Digital Manufacturing (DM) and applying the same methodology to review practical application in order to construct the information system, and Work Breakdown Structure (WBS), compared with the case studies. Through this basic task for the marine leisure industry classification system configuration (Work Breakdown Structure, WBS) and utilizing information of driving real companies of marine leisure industry, a unique area of MLWBS (Marine Leisure Work Breakdown Structure, MLWBS) is configured. This Marine Leisure Work Breakdown Structure can be used in various areas of applications like products, design information, engineering, production, purchasing, sales, marketing, AS, utilizing various forms of customer support.
Keywords
Marine Leisure; WBS; Work Breakdown Structure; PLM; Product Lifecycle Management; PDM; Product Data Management; DM; Digital Manufacturing; CE; Concurrent Engineering;
Citations & Related Records
Times Cited By KSCI : 1  (Citation Analysis)
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1 Lee, B.H., 2010, "Building and Applying Shipbuilding Ontology for BOM Data Interoperability in Heterogeneous Shipbuilding PLM Systems", Inha university.
2 Jung, Y.Y., 2005, "Plan implementation pitfalls lifecycle management system (PLM) to build an integrated data environment (IPDE)", Journal of the Society of Naval Architects of Korea Vol.42, No.6, pp.698-709.   DOI   ScienceOn
3 Lee, C.O., "Development of PLM (Product Lifecycle Management) for Conceptual Design stage in Shipbuilding", Inha university.
4 Lee, W.J., 2005, "A study of building model for integrated ERP and PLM System in manufacturing industries", Yunsei University.
5 No, S.D., 2006, "CAD digital and virtual production PLM", 시그마프레스.
6 Shin, J.G., 2004, "New wave of manufacturing technology", 디지털 매뉴팩처링.
7 Ikeda, Y., 2006, "PLM Strategy", 한스컨텐츠.
8 Hong, S.Y., 2009, "Next generation of project management using MS OFFICE PROJECT", 내하출판사.
9 산업원천 기술 개발 사업, 2011, "20ft-40ft Yacht engineering, integration management and key parts production technology development".
10 Ministry of Commerce, "Industry and Energy, 2003, Shipbuilding System Details Technology Roadmap".
11 Ship WEP Base, http://www.zohakuweb.com/zhw-e/.
12 Lee, J.G., 2002, "Shipbuilding technology information system specification, Korea Ocean Research Institute of Marine Systems".
13 Shin, S.O., 1996, "CALS for Defense IWSDB gucheuk Study", Journal of the Korea CALS/EC, Vol.1. pp. 93-115.
14 Lee, S.S., 2004, "Internet-based plan for the ship's support system development", Journal of the Korea CAD/CAM ,Vol.9, No.4, pp. 406-415.
15 CimDATA, 2008, "Product Lifecycle Management Definition".
16 Are, T. and Luis, G., 2002, "Internet based Collaboration, an Opportunity to Increase Efficiency in Shipbuilding", Proc. of 11th International Conference on Computer Applications in Shipbuilding, pp. 229-241.
17 Fernando, A., 2002, "Collaboration Engineering in shipbuilding", Proc. of 11th International Conference on Computer Applications in Shipbuilding, pp. 243-257.
18 Jim, R., 2002, "Electronic Collaboration in a shipbuilding Environment", Proc. of 11th International Conference on Computer Applications in Shipbuilding, pp. 213-227.
19 Yamato, H., 2003, "Shio Design, Production and Operation based on Information Technology Infrastructure", Proc. of the 8th International Marine Design Conference, pp. V1-V19.
20 Choi, D.K., 2010, "An Integrated data model for product planning and product life cycle under PLM (Product Lifecycle Management) system a case study", hanyang university.
21 Lee, S.S., 2005, "Concurrent engineering based integrated basic ship planning system using internet", busan university.
22 Lee, J.K., 2006, "PDM, PLM technology and digital virtual production for yacht industry", Journal of the Society of Naval Architects of Korea Vol.43, No.148, pp18-22.
23 Lee, J.B., 2009, "The structural design of enterprise BOM for effective management of outfitting BOM in shipbuilding", Inha university.
24 Hwang, I.D., 2010, "The research of procurement work in shipbuilding industry according to applied ERP system", dong-a university.
25 Kim, B.R., 2010, "Design and Implementation of Implementation of Modeling System for Shipbuilding Process", Seoul National University.
26 Kim, J.H., 2010, "Derivation of Task based BOM Data Relation Information for Extracting Data from Shipbuilding Integrater BOM for Design Purpose", Seoul National University.
27 Kim, D.S., 2010, "Integration of shop outfitting BOM with Lifecycle Stages", Inha university.
28 Lee, J.J., 2010, Data association between design stages for the BOM management of piping in ship design, Inha university.
29 Oh, D.K., 2008, "A Naval Ship product Model and its Management System Supporting Simulation-Based Acquisition for Naval Ships", Seoul National University.