Tham khảo tài liệu 'adamsen, paul b. - frameworks for complex system development [crc press 2000] episode 2 part 4', kỹ thuật - công nghệ, cơ khí - chế tạo máy phục vụ nhu cầu học tập, nghiên cứu và làm việc hiệu quả | appendix E Mapping EQFD and Robust Design into the SDF For those interested in applying Robust Design and Quality Function Deployment QFD techniques into their engineering processes the basic steps of each have been mapped into the This mapping is not to be taken as absolute but as a guide as to how those activities might be integrated into the overall framework. I. Requirements Development A. Inputs B. Work Generation Activities 1. Derive Context Requirements Identify all mission phases modes and states Develop mission timeline and operations concept Identify all external interfaces by mission phase Identify critical issues by mission phase events technologies etc. Define environments by mission phase Room 2 Context definition Corporation - Analyze full life cycle EQFD 8-9 69 70 - Preliminary noise source identification 2. Generate Functional Description Develop and validate the functional description of the system. Determine if the specification s is are complete and self-consistent. 69 The EQFD activities were drawn from Clausing Don Total Quality Development ASME Press 1994. The Robust Design activities were drawn from Madhav S. Phadke Quality Engineering Using Robust Design Prentice Hall 1989. 70 EQFD is Enhanced Quality Function Deployment as defined by Clausing. 2000 CRC Press LLC Identify all functional requirements flowing out of imposed and derived requirements Determine performance requirements of each function and the relationships interfaces interdependencies etc. between functions Tool for specification validation by simulation Define preliminary ideal function signal-to-noise C. Rework Discovery Activities 1. Analyze Requirements Determine fidelity of the input or imposed requirements. Room 1 Requirements capture Customer EQFD 1-7 - Identify all customer and user requirements - Analyze for completeness consistency conflicts etc. Determine if all imposed and derived requirements are verifiable. Determine where in the system build-up each .
