摘要
对火控系统智能化的发展要求进行了研究,针对现装备中火控系统存在的客观问题,立足现有技术基础,分析了半自主式火控系统体系结构设计的重要现实意义。设计了半自主式火控系统的功能结构和工作流程,并建立了基于Petri网的系统仿真模型,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详细论证。通过实验进行了系统的动态特性分析,实验结果表明,该系统的Petri网模型是可行和有效的,系统结构和工作流程设计是合理的,为下一步的系统战技性能分析和系统结构优化提供了基础支撑。
According to the intelligence development requirement of fire control system,it is important to research the architecture for semiautonomous intelligent fire control system which is based on current technology and can solve the problem in old fire control system.The function architecture and workflow 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,and last system dynamic characteristic is analyzed.The simulation result shows that system model is feasible and effective and the design of architecture and workflow is logical.The research on system Petri net model can provide the guidance and basic condition for the continued work of analyzing battle capability and optimizing architecture.
出处
《计算机工程与设计》
CSCD
北大核心
2011年第12期4155-4158,4168,共5页
Computer Engineering and Design
关键词
半自主式火控系统
功能结构
PETRI网
仿真模型
动态特性
semiautonomous fire control system
function architecture
Petri net
simulation model
dynamic characteristic
