面向社会化协同的复杂产品系统制造服务供需配置博弈方法

Complex product system (CoPS) reflects country’s comprehensive strength and contributes to sustainable development of manufacturing industry. To deal with the imbalance problem of manufacturing service supply-demand matching for CoPS, SNS-based collaborative operational model and management framework are proposed. In the proposed framework, the SNS-based manufacturing service supply-demand chain is established based on queuing network and optimized by evolutionary game theory. In addition, the conflict resolution model of CoPS’s supply-demand chain is established and the conflict resolution profits among SNS-based members are allocated with game-based approach. Moreover, life-cycle-oriented evaluation system is established with considering CoPS’s multi-level structure view and evaluated by proposed intuitionistic fuzzy Information Entropy-TOPSIS (IFIE-TOPSIS) method. Therefore, the research contributes to improving CoPS’s supply-demand matching and coordination ability of SNS-based manufacturing service, so as to enhance the manufacturing capabilities and competitiveness of CoPS.

复杂产品系统是体现一个国家综合实力的重要标志，对我国制造业的可持续发展具有重要意义。针对复杂产品系统在分布式制造过程中制造服务供需配置的不均衡，本项目拟提出面向社会化协同的复杂产品系统制造服务供需配置的架构模型和管理框架；研究复杂产品系统社会化制造服务供需的动态加入和退出机制，提出基于排队网络的复杂产品系统制造服务供需链构建及演化博弈优化方法，同时对复杂产品系统社会化制造服务供需博弈过程冲突进行协调，并对冲突协调收益进行博弈分配；构建面向复杂产品系统全生命周期的评估体系，研究基于多级视图的复杂产品系统制造服务供需博弈评估指标累积过程模型，并提出基于直觉模糊信息熵TOPSIS的复杂产品系统社会化制造服务供需博弈过程评估方法。本项目的研究，将有助于提高复杂产品系统制造服务供需的优化配置，更好的协调和利用社会化制造服务，从而提高我国复杂产品系统的制造能力和整体竞争力。

本项目以面向社会化协同的复杂产品系统制造资源服务供需配置为核心，开展复杂产品系统制造资源服务供需配置与管控方法研究，主要包括复杂产品系统多项目制造任务协同分配策略，多主体多阶段制造资源服务供需配置方法，制造资源服务供需冲突消解与博弈优化方法，以及数据驱动的制造任务执行过程智能管控与评估等，并结合建材装备行业进行了制造服务供需平台的理论验证和应用研究。