摘要
智能化和无人化是火控系统的未来发展方向之一,半自主式火控系统是实现全自主式智能火控系统的必要过渡阶段。设计了半自主式火控系统的功能结构和信息流程,并基于Petri网建立了系统仿真模型,对系统搜索指示、智能规划和精确打击3个功能单元的工作过程进行了论证,最后对系统的时效性、首发命中率和整体作战效能等战技性能进行了详细分析,仿真实验证明半自主式火控系统在作战性能方面优于传统火控系统。
Intelligent and unmanned fire control system is one developing direction for fire control system in the future and semiautonomous fire control system is a necessary development process of autonormous fire control system. The function architecture. And information flow of system are put forward firstly,and the Petri net model of system is established. And then the work process of main parts of system, such as searching unit, intelligent planning unit and accurate firing unit is demonstrated. Finally the system fire effects, such as fire time efficiency, first-round-hit probability and entire fire effect, are analyzed. It is proved that the fire efficiency of semiautonomous fire control system is higher than that traditional fire control system.
出处
《火力与指挥控制》
CSCD
北大核心
2012年第5期159-163,共5页
Fire Control & Command Control
基金
装甲兵工程学院战略投资基金资助项目
