摘要
针对外协加工资源参与下的产品质量—成本—时间控制是一种影响因素较多的、复杂的系统工程,建立了基于集对分析的产品规划的优化模型,其目标函数采用集对分析法将产品规划的质量可靠性、经济性和时间性有机地结合起来,使优化方案的可靠性、经济性和时间性综合效益达到最佳。将基于压缩矩阵的改进模式匹配算法用于求解该优化模型,得到最佳的产品质量—成本—时间控制方案,从而为产品各零部件选择合适的外协加工资源。最后,对三针平缝机的质量—成本—时间控制问题进行了实例分析,依据其分析结果确定各零部件的外协加工资源,结果证明了所提方法的有效性和可行性。
Since product quality-cost-time control process is a kind of complex systems engi- neering including involvement of outsourcing resources. Product planning optimization model was built based on SPA. In the objective function, SPA method was adopted to organically integrate relia- bility, economy and timing of planning scheme, and the best general benefit of optimal project was obtained. Improved pattern matching algorithm based on compressed matrix was used to solve the op- timization model, and the optimal product quality-cost-time control scheme was selected. Accord- ing to that optimal alternative, reasonable outsourcing resource was selected for each component. Fi- nally, three needle lockstitch sewing^s quality-cost-time control process as a practical case was pro- vided and its each component＇ outsourcing resources was identified. The result shows the effective- ness and validity of the proposed method.
出处
《中国机械工程》
EI
CAS
CSCD
北大核心
2013年第8期1056-1061,共6页
China Mechanical Engineering
基金
浙江省教育厅科研项目(Y200906405)
关键词
集对分析
模式匹配
质量控制
成本控制
时间控制
外协加工资源选择
set pair analysis（SPA）
pattern matching
quality control
cost control
time con- trol
outsourcing resource selection
