NAVIGATION OF COLLABORATIVE MANUFACTURING SYSTEM DESIGN BASED ON DPIO-MODEL
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概要
- 論文の詳細を見る
This paper proposes a manufacturing system design task model and a navigation system for helping manufacturing system designers to realize a project goal while shortening the lead-time of design. In a collaborative manufacturing system design project undertaken by multiple departments or multiple companies, task structure is complicated and unclear. This makes project management more difficult. We have developed DPIO-Model (Development process and interconnected object model) for decision support systems. This model consists of a manufacturing system design task model linked with manufacturing system objects and their parameters. It assists in design task structure acquisition and avoids errors due to miscommunication. In order to test our approach, we created a task knowledge accumulation and design navigation tool called "Design Agent II (DA_II)", based on the DPIO-Model. To verify DA_II, the tool was applied to a demonstration manufacturing system design project of a motor factory. DA_II was able to provide a suitable environment for collaborative design and for storing task information. This study was carried out under the MISSION project funded by the IMS program.
- プロジェクトマネジメント学会の論文
- 2007-12-15
著者
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NAKANO Masaru
Toyota Central Research and Development Laboratories
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Nakano Masaru
Toyota Central R & D Laboratories
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Kubota Fumiko
TOYOTA Central R & D Laboratories
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Inamori Yutaka
TOYOTA Central R & D Laboratories
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Mitsuyuki Keiji
DENSO CORPORATION
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Yura Yoshiyuki
SHIMIZU CORPORATION
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Kubota Fumiko
Toyota Central R & D Laboratories
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Inamori Yutaka
Toyota Central R & D Laboratories
関連論文
- Single Simulation Buffer Optimization
- Time Shifting Bottlenecks in Manufacturing(Advanced Manufacturing,Session: MP2-D)
- Holistic Manufacturing System Analysis(Advanced Manufacturing,Session: MP2-D)
- 3A1 SINGLE SIMULATION BUFFER OPTIMIZATION(Technical session 3A : Sophisticated scheduling 1)
- Constraint Management in Manufacturing Systems(Advanced Production Scheduling)
- Confidence Intervals from a Single Simulation Using the Delta Method(Advanced Production Scheduling)
- Collaborative Design Supporting System for Manufacturing Systems
- NAVIGATION OF COLLABORATIVE MANUFACTURING SYSTEM DESIGN BASED ON DPIO-MODEL
- 2-A-5 SINGLE SIMULATION CONFIDENCE INTERVALS USING THE DELTA METHOD
- 2-A-4 DETECTING SHIFTING BOTTLENECKS