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Research on Function of shipbuilding Manufacturing Execution System Based on Agile Manufacturing

Author: XiaoChunLei
Tutor: JiangZhiYong
School: Jiangsu University of Science and Technology
Course: Design and manufacture of ships and marine structures
Keywords: Shipping Manufacturing Execution System Functional model Barcode technology Data acquisition Production scheduling
CLC: TP311.52
Type: Master's thesis
Year: 2010
Downloads: 81
Quote: 1
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Abstract


Domestic MES 's research has focused on the process manufacturing industry , shipbuilding industry , the study is relatively small . The the ship manufacturing execution system of this study is to provide a reliable platform for the management of the production process of the shipbuilding enterprise , the platform to meet the basic function , that is connected to the plan layer and control layer , real-time feedback of field production data , as well as according to the obtained real-time data on the reasonable job shop scheduling . Accordingly, the functional structure of the ship MES , data acquisition modules , production scheduling module detailed study . Papers can be divided into six parts : in the first two chapters , the article describes the background and significance of the research , Manufacturing Execution Systems Research and application status at home and abroad , and pointed out the lack of domestic MES , thereby the relevant theory and model of MES . Chapter , combined with the characteristics of the shipbuilding industry and in the light of the ISA-SP95 standards , to study ship MES system standards . Initially built ship MES standard framework . For the shipbuilding enterprise MES project planning and implementation , providing a unified the guiding standard system support . The fourth chapter , based on the analysis of the MES theory and its functional model , combined with the ship initially built in the third part of the MES system standards for ship manufacturing industry MES functional model . This feature model includes five major modules, described by the 18 sub- module, use the the IDEF0 modeling tools on the various parts of the entire model , as well as the relationships between them . Chapter , in-depth research ship the MES data acquisition module , choice of data collection points , collection of information storage , the acquisition process , collection methods were discussed in detail . The proposed data collection method based on bar code technology , design and development of the production data collection prototype system . Chapter VI , in-depth research ship the MES production scheduling module , analysis of the theory of the workshop production scheduling , production scheduling function model of the ship MES mathematical model . Development and design of production scheduling prototype system using intuitive visual interface , and production management personnel can be freed from the heavy manual work , can raise the level of implementation and control of the production plan , to reduce the time of the transmission of information and error , so as to enhance the enterprise competitiveness.

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