초록 ▼

● 본 연구에서는 생산 현장에 ICT를 접목하여 정보를 투명하게 교환하고 생산성과 환경성을 균형적으로 향상시키는 미래형 Smart Factory 실현을 위한 기반 기술을 개발
● Smart Factory 개념설계
- Smart Factory Use Case 개발 및 Architecture 개발
● Manufacturing Information Pipeline 개발
- 생산정보교환을 위한 정보모델 개발
- MIP Architecture 개발
- MIP 정보요소 도출
● Smart Manufactu

● 본 연구에서는 생산 현장에 ICT를 접목하여 정보를 투명하게 교환하고 생산성과 환경성을 균형적으로 향상시키는 미래형 Smart Factory 실현을 위한 기반 기술을 개발
● Smart Factory 개념설계
- Smart Factory Use Case 개발 및 Architecture 개발
● Manufacturing Information Pipeline 개발
- 생산정보교환을 위한 정보모델 개발
- MIP Architecture 개발
- MIP 정보요소 도출
● Smart Manufacturing Optimizer 개발
- STEP-NC 기반 Autonomous Machine Controller System(TurnSTEP) 개발
● Smart Manufacturing Execution System 개발
- 설비 단위의 생산프로세스 지속가능성 평가 지표 개발
- 생산프로세스의 지속가능성 평가 프로세스 개발
- 생산프로세스의 지속가능성 평가 소프트웨어 개발
- 생산정보획득 시스템 개발
● Smart Factory 시스템 통합 및 검증 연구
- Smart Factory 통합 정보 인프라 모델 개발 및 검증
- System Engineering 기반 Smart Factory 요구사항 검증

Abstract ▼

Ⅳ. Result
1. The establishment of reference model for Smart Factory (Workpackage or WP1)
1.1 Smart Factory trend analysis
1.2 Smart Factory Use Case development
1.3 Smart Factory Architecture development
2. Manufacturing Information Pipeline(MIP) Smart Factory (WP2)
2.1 Information

Ⅳ. Result
1. The establishment of reference model for Smart Factory (Workpackage or WP1)
1.1 Smart Factory trend analysis
1.2 Smart Factory Use Case development
1.3 Smart Factory Architecture development
2. Manufacturing Information Pipeline(MIP) Smart Factory (WP2)
2.1 Information contents derivation via Smart Factory Use Case analysis
2.2 Information contents derivation via related standard analysis
2.3 Systemic role and feature analysis
2.4 Manufacturing Information Pipeline architecture development
2.5 Manufacturing Information Pipeline information contents modeling
2.6 Manufacturing Information Pipeline information contents structuralization
3. Smart Manufacturing Controller(SMC) for autonomous manufacturing control(WP3)
3.1 STEP-NC based Turning Operation supporting system(TurnSTEP) architecture development
3.2 STEP-NC based Turning Operation supporting Code Generation System Tool development
4. Smart Manufacturing Execution System(SMES) to evaluate sustainability of manufacturing process (WP5) - POSTECH main research
4.1 Sustainable manufacturing requirement collecting and analysis
4.2 Existing Sustainability Indicator research
4.3 Green Productivity Index development and structuralization
4.4 Manufacturing process sustainability evaluation method development
4.5 Manufacturing process data collecting method development
4.6 SMES integrated architecture development
4.7 Maintenance supporting system architecture development
4.8 SMES verification via simulation
5. System Integration and V&V(WP6)
5.1 Interface module between SMC(WP3), SMO(WP4), SMES(WP5) development
5.2 Information exchange contents between SMC(WP3), SMO(WP4), SMES(WP5) analysis
5.3 Service Oriented Architecture(SOA) based system integration object and scope definition
5.4 Integrated information infra model consisting of Component, Function, Item development
5.5 Integrated information infra verification via SMES function model
5.6 Smart Factory Prototype demonstration participation
5.7 System Engineering based V&V
5.8 System Engineering based supplementary item derivation