摘要
由于黑板结构具有层次性、内在并行性和支持增量开发的优点,令牌总线网可有效解决系统化分时间片造成的信道浪费的缺点,分析了舰炮武器系统存在的一些问题,将这两种方法引入舰炮武器系统。并给出了为实现系统目标的各个知识源和控制器的算法。
Since the blackboard architecture has the merit of hierarchy and inherent parallelizability as well as supporting incremental developpment, the token bus network can solve efficiently the waste of channel caused by systemic time sharing. The authors analysed the problems exist in the shipborne gun system,and introduced two methods stated above into shipborne gun system. Finally, they given various knowledge sources and control algorithm for realise the system objective and the result of simulation.
出处
《火力与指挥控制》
CSCD
北大核心
2006年第5期61-64,68,共5页
Fire Control & Command Control
基金
预研课题资助项目
关键词
舰炮武器系统
黑板结构
令牌总线
仿真
shipborne gun system,blakboard architecture ,token bus, simulation
