摘要
工艺方案的多样性和不确定性是智能ＣＡＰＰ系统面临的重要问题．文中描述的模型，综合智能设计的强度和效率，建立人－机协同作业环境．进程终止控制、规划方向控制、工艺生成整合、数据调度及规划解释组成工艺规划器的内部事务，事务组合表现为递归、循环、顺序、并发、回溯等方式．相应地，数据－事务耦合的集成强度是不同的．特征层、零件层、资源层和企业层知识被用于工艺综合决策．模型改善了系统的操作性能和规划结论的可靠性，关键技术在ＧＳ－ＣＡＰＰ系统中得到实现．
Probability and uncertainty of process plans are important issues for intelligent CAPP systems. The model described in the paper can balance the scale and efficiency of intelligent planners, and build a man machine cooperation environment. Procedure termination, planning navigation, task generation & reorganization, data dispatch, and planning state interpretation make up the internal transactions of a CAPP system. Their combination is characterized by varied forms, such as recursion, loop, sequence, concurrence, and backtracking.The knowledge about feature, part, process resource,and enterprise is used to plan a manufacturing process. The model improves the system's reliability and operation efficiency, and its key technique is implemented in a GS CAPP system.
出处
《计算机研究与发展》
EI
CSCD
北大核心
1999年第4期455-459,共5页
Journal of Computer Research and Development
基金
国家"八六三"重大项目"以产品信息模型为基础的CAD/CAPP/CAD系统"
"八六三"CIMS应用工程
浙江大学曹光彪高科技技术基金
关键词
CAPP
事务模型
工艺设计
智能化
CAPP, transaction, coupled interface, man machine cooperation
