Development of design configuration management system for large-scale complex system (LaDCoM)
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초록
A large-scale complex system (LSCS) is an engineering product characterized by numerous components and a structure of interconnected subsystems. The construction of the LSCS proceeds through the stages of design, manufacturing, integration, and testing. The design stage requires the application of engineering technologies from various fields across multiple design statuses. In the design stage of LSCS construction, tasks from various engineering fields are linked based on the design status, and numerous design documents are generated. The results must be systematically managed to ensure design consistency because they are connected in a complicated manner. In this study, a large-scale complex system design configuration management system (LaDCoM) that applies the concept of configuration management to the design stage of LSCS construction is proposed. If the LaDCoM adops the design of the LSCS, then the design quality is expected to be improved rapidly and the consistency of the design results obtained various engineering fields and multiple design statuses verified accurately. Furthermore, the use of the LaDCoM is expected to conserve time, save costs, and reduce risks in the entire stage of LSCS construction.
Abstract
A large-scale complex system (LSCS) is an engineering product characterized by numerous components and a structure of interconnected subsystems. The construction of the LSCS proceeds through the stages of design, manufacturing, integration, and testing. The design stage requires the application of engineering technologies from various fields across multiple design statuses. In the design stage of LSCS construction, tasks from various engineering fields are linked based on the design status, and numerous design documents are generated. The results must be systematically managed to ensure design consistency because they are connected in a complicated manner. In this study, a large-scale complex system design configuration management system (LaDCoM) that applies the concept of configuration management to the design stage of LSCS construction is proposed. If the LaDCoM adops the design of the LSCS, then the design quality is expected to be improved rapidly and the consistency of the design results obtained various engineering fields and multiple design statuses verified accurately. Furthermore, the use of the LaDCoM is expected to conserve time, save costs, and reduce risks in the entire stage of LSCS construction.
참고문헌 (10)
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