面向服务的信息物理融合生产系统组织运行机理与全生命辅助方法

Under the background of Industry 4.0 and the personalized requirements of market, the manufacturing servitization and decentralized enhanced control strategies are demanded, this project will take the mechanical and electrical product production system as the research object and focus on the Service-oriented Cyber-Physical Production System (So-CPPS) mode, which is driven by "Demand-Capability" manufacturing service relationship, and in which the CPS enabled decentralized and enhanced manufacturing resources are clustered dynamically and take optimized decisions, so the flexible and adaptive self-organized manufacturing system is formed. After analyzing the essential characteristics and operation mechanism of So-CPPS, some intensive studies will be conducted in this research: multi-agent-based self-adaptive architecture, multi-sides game oriented operational optimization mechanism and conflict resolution strategies , and design-validation-implementation-operation life-cycle aided methodology, then the prototype platform is developed and typical engineering cases are analyzed to validate the above research. So the technical difficulties and scientific questions of So-CPPS are solved and also the basis of CPPS promotion is provided.

本项目拟针对工业4.0背景下个性化市场对制造服务化与分散化增强型管控模式的需求，以机电产品制造为研究对象，围绕面向服务的信息物理融合生产系统（So-CPPS）模式的科学问题和关键技术展开研究。So-CPPS的核心思想是在“需求-能力”制造服务关系的驱动下，通过CPS使能的分散化增强型制造资源的动态聚类和优化决策，形成高效柔性的自组织自适应制造系统。项目拟在深入分析So-CPPS本质特征和运行机理的基础上，研究其多智能体自适应架构、面向多方博弈的运行优化机制和冲突消除策略以及服务于So-CPPS快速设计、验证、实现和高效运管的全生命一体化辅助方法，并通过原型平台开发和典型工程案例分析对上述研究进行验证，从而解决So-CPPS模式定义、组织运行机制和辅助方法等技术难点和科学问题，为So-CPPS模式提供理论方法和技术支持，也为SoA-CPPS的推广提供基础。

本项目结合工业4.0背景下面向服务的信息物理融合生产系统的设计和实施需求，针对系统模式分散化增强型和信息物理融合的特征，以机电产品生产系统为研究对象，重点研究面向服务的信息物理融合生产系统实施中的关键科学和技术问题，包括自适应系统运行架构、系统行为建模方法、系统运行优化机制，形成服务于向服务的信息物理融合生产系统的快速设计、验证、实现和高效运管的全生命一体化辅助方法，以提升分布式场景下信息物理融合生产系统系统设计集成和运行优化能力。本项目通过构建贯穿生产系统全生命周期的辅助方法，支撑面向服务的信息物理融合生产系统的自组织、自适应、信息物理融合等特性，为面向服务的信息物理融合生产系统的设计和实施提供理论方法和技术支持。