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분산 지식베이스와 연계된 개방형 지식기반 설계시스템을 위한 프레임웍에 관한 연구
배일주(Ilju Bae),신대진(Dae-jin Shin),전기현(Ki-hyun Jeon),김진욱(jin-wook Kim),이수홍(Soo-hong Lee) 대한기계학회 2005 대한기계학회 춘추학술대회 Vol.2005 No.11
A knowledge based design system(KBD) is required to implement a design environment which can satisfy the customer's requirements and re-use the designer's experiences and knowledge. However, if the KBD system could only represent the knowledge which can codify a rule-type, it would be considered an inadequate and limited knowledge based system. And a closed KBD system can not have the relationship with an external knowledge base. This paper will be focused on the implementation on an open KBD system associated with a distributed knowledge base. We propose an ontology knowledge map for an excavator design, an open KBD system, and a methodology for an association with an external knowledge base.
굴삭기 프론트 레이아웃의 연성 설계 프로세스 개선을 위한 초기 설계 지원 시스템 개발
배일주(Ilju Bae),이수홍(Soo-hong Lee),이경수(Kyung Soo Lee) (사)한국CDE학회 2009 한국CDE학회 논문집 Vol.14 No.2
A layout design of an excavator front is a coupled design. Parameters of the layout design are coupled each other. So it is difficult to make decisions to set the parameters of the layout of an excavator front. We analyze the parameters of the layout design of an excavator front. We regroup the parameters as interface groups. And we suggest a new design process which is based on the interface groups. And we redesign user-interfaces of the Knowledge based Excavator Design System(KEDS).
굴삭기 설계 지식의 유형화 및 체계화를 통한 지식 기반 설계 시스템 개발
배일주(Il-Ju Bae),주수석(Su-Suk Ju),이수홍(Soo-Hong Lee),장준현(June-Hyun Chang) 대한기계학회 2006 대한기계학회 춘추학술대회 Vol.2006 No.11
It is continued to study on a knowledge based system for supporting a design of an excavator front group. However, an analysis of a knowledge type and structure of the excavator design was lack. The architecture of the system was not designed with a well-organized knowledge. In this research, an analysis of the knowledge type and structure of the excavator design is performed. Based on the analysis, a knowledge model and a knowledge based system for the excavator design is proposed and implemented.