如何用计算机描述复杂、经验性的飞机装配工艺设计知识是尚未解决的难题,制约着人工智能技术在飞机装配领域的应用研究。以建立飞机部件装配工艺知识模型为目标,以本体论为指导思想,收集并深入分析了飞机装配工艺设计领域的专家知识数据...如何用计算机描述复杂、经验性的飞机装配工艺设计知识是尚未解决的难题,制约着人工智能技术在飞机装配领域的应用研究。以建立飞机部件装配工艺知识模型为目标,以本体论为指导思想,收集并深入分析了飞机装配工艺设计领域的专家知识数据,总结出影响飞机装配工艺设计的十大因素。对有关领域知识数据进行转换、重构的概念化处理,形成了6个可用计算机描述的概念化领域术语并确立了它们之间的关系,构建了飞机装配工艺设计领域知识的本体模型,初步解决了装配知识计算机描述的问题,为人工智能在飞机装配领域的应用奠定了基础。最后,基于框架表示法,给出了装配知识本体形式化描述的BNF(Backus Normal Form)。展开更多
According to the characteristics of flexible manufacturing systems, the article describes the equipment components and hardware architecture of flexible manufacturing systems in school. Taking welding assemble process...According to the characteristics of flexible manufacturing systems, the article describes the equipment components and hardware architecture of flexible manufacturing systems in school. Taking welding assemble process as an example to elaborate production process automation, the paper put forward a flexible manufacaxring system combined with laboratory equipment and various grades, professional knowledge and teaching characteristics and differentiated teaching programs, the creation of the laboratory project was planned and implemented to specific engineering training programs, so that students has been expanded in the depth of expertise and breadth, experimental skills and innovation capacity has been improved, the teaching effect has also been significantly improved..展开更多
文摘如何用计算机描述复杂、经验性的飞机装配工艺设计知识是尚未解决的难题,制约着人工智能技术在飞机装配领域的应用研究。以建立飞机部件装配工艺知识模型为目标,以本体论为指导思想,收集并深入分析了飞机装配工艺设计领域的专家知识数据,总结出影响飞机装配工艺设计的十大因素。对有关领域知识数据进行转换、重构的概念化处理,形成了6个可用计算机描述的概念化领域术语并确立了它们之间的关系,构建了飞机装配工艺设计领域知识的本体模型,初步解决了装配知识计算机描述的问题,为人工智能在飞机装配领域的应用奠定了基础。最后,基于框架表示法,给出了装配知识本体形式化描述的BNF(Backus Normal Form)。
文摘According to the characteristics of flexible manufacturing systems, the article describes the equipment components and hardware architecture of flexible manufacturing systems in school. Taking welding assemble process as an example to elaborate production process automation, the paper put forward a flexible manufacaxring system combined with laboratory equipment and various grades, professional knowledge and teaching characteristics and differentiated teaching programs, the creation of the laboratory project was planned and implemented to specific engineering training programs, so that students has been expanded in the depth of expertise and breadth, experimental skills and innovation capacity has been improved, the teaching effect has also been significantly improved..