时序约束关联协同制造任务驱动的跨组织资源服务链构建与运行研究

In view of the current performance problems on manufacturing resource integration sharing and optimization for across organizational collaborative manufacturing, from system and global perspective, the project profound grasps the nature of the problem: according to product forming process, time and sequence associated multiple atomic tasks drive across organizational manufacturing resources integrated sharing and optimized configuration.By introducing the concept of across organizational resource service chain, and combining with the existing research results and related theories, the project proposes such idea on the project as combining across organizational resource service chain construction and operation to solve and research on the problems. After elucidating the mechanism on across organizational resource service chain to achieve resources integrated sharing and optimized configuration in collaborative manufacturing, puts forward to key methods and technologies of the project, such as across-organizational manufacturing task and resource modeling, resource service encapsulation, collaborative manufacturing task decomposition, multi atomic task chain construction, and resource service chain construction and operation and so on，and constructs a prototype system for the project to test valid of the research results. Based on the actual application needs, the project provides a new path to solve the problems on manufacturing resources integrated sharing and optimized configuration for across organizational collaborative manufacturing mode, the project research results will enrich such discipline theory as collaborative manufacturing, information science, service science and management decision, and expand their application field, promote interdisciplinary to form its own characteristics.

针对当前面向协同制造的跨组织制造资源集成共享与优化配置绩效不佳问题，本项目从系统和全局角度出发，深刻把握问题本质：面向产品形成过程时序关联多原子任务驱动跨组织资源集成共享与优化配置，通过引入跨组织资源服务链概念，提出了跨组织资源服务链构建与运行相结合的思路，结合现有研究成果及相关学科理论方法，研究跨组织协同制造中资源集成共享与优化配置问题。在阐明资源服务链构建与运行实现跨组织协同制造中资源集成共享的作用机理基础上，提出了跨组织制造任务与资源建模及资源服务化封装、跨组织协同制造任务分解及时序约束关联多原子任务链构建、多原子任务链驱动跨组织资源服务链构建与运行等方法与技术，并构建原型系统进行应用验证。本项目基于应用需求，为解决跨组织协同制造模式下制造资源集成共享与优化配置问题提供了一条新路径，必将丰富协同制造、信息科学、服务科学和管理决策等理论并拓展其应用领域，促进学科交叉形成自身研究特色。

为实现时序约束关联任务驱动的跨组织协同制造环境下面向服务链构建的制造资源集成共享，研究并提出一种能促进跨组织协同制造环境下制造资源快速共享、广域集成和分散服务特点的服务过程模型，对基于语义本体的跨组织协同制造任务与资源建模、基于Ｗｅｂ服务资源框架的跨组织协同制造资源的平台服务化封装方案、跨组织协同制造任务分解与时序约束关联原子任务链构建技术，以及跨组织协同制造资源服务链构建与监控，基于交货期的跨组织资源服务链调度等关键问题进行了研究，有效解决了跨组织协同制造环境下异构资源描述、虚拟化、检索匹配与服务组合问题，最后通过仿真算例和原型系统对提出的跨组织协同制造服务模式及技术方案进行了验证，初步验证了研究成果的先进性和可行性。.本项目实施过程中，培养硕士研究生4名；发表期刊论文7篇，其中SCI收录1篇、EI 收录2篇；登记计算机软件著作权2项，项目研究成果获得中国商业联合会科技进步二等奖。本项目的成功实施，系统地建立了跨组织协同制造资源集成共享与优化配置的方法与技术，为自主开发跨组织制造资源集成共享与优化配置平台提供理论与试验基础。.