摘要
为提高起重机制造企业的柔性制造能力、快速响应能力和协同制造能力,论文将云制造"分散资源集中使用,集中资源分散服务"的制造服务新模式引入起重机行业,提出构建面向起重机企业的云制造服务平台。建立了基于OWL-S的制造资源本体模型,通过形式化描述完成服务虚拟化封装;针对云制造平台提出多层次动态匹配模型,并针对不同匹配类型数据提出了综合匹配算法;面向起重机制造中小型企业进行了云制造平台的构建和匹配算法仿真测试。
Based on the research fruits of cloud manufacturing, the cloud manufacturing platform for crane was focused on. Based on the connotation analysis of the crane manufacturing, the key technologies of manufacturing resource access and cloud service modeling were discussed. A multi-level dynamic matching model and a comprehensive matching algorithm were proposed. The construction and testing of the cloud manufacturing platform was carried out, and the future works were given.
出处
《系统仿真学报》
CAS
CSCD
北大核心
2017年第6期1351-1358,共8页
Journal of System Simulation
基金
国家863计划(2011AA040502)
国家自然科学基金(710711160)
上海市基础研究重点项目(10J C1415300)
青浦区-同济大学科技合作项目(2011)
关键词
起重机
云制造平台
本体
服务匹配
crane
cloud manufacturing
service matching
ontology