摘要
分析了低慢小目标特性,建立了指控系统的模型,制定了相应的策略,对设计的场景进行了仿真模拟,可提高系统对低慢小目标的拦截效果。在系统建模部分,绘制了目标的航迹,分析了雷达信息的获取,设计了各部分间的坐标变换以及航迹融合,完善了目标的发现过程。考虑到低慢小目标不同的特性,结合拦截武器资源有限的实际情况,制定了相应的威胁评估策略以及火力分配策略,提高了武器的作战效能。采用数值仿真对场景进行了模拟,很好的实现了系统各个部分的功能。该系统的模型编程简单,策略制定合理,仿真场景代表性强,可方便技术人员进行设计与分析。
For analyzing the characteristics of low slow small （LSS） targets, a model of command and control （C2） system is established, the corresponding strategy is designed, and the designed scenario is simulated, which can improve the interception effect of the system on LSS targets. In the part of modeling, the trajectory of the target is plotted, the radar information is analyzed, the coordinate transformation between the parts is designed, and the track fusion is designed, which can improve discovery process. As the different characteristics of LSS targets, combined with the limited resources for intercepting weapons, the threat assessment strategies and fire distribution strategies are designed to improve the operational effectiveness of weapons. The numerical simulation is used to simulate the scene and the function of each part of the system is implemented well. The system has simple model programming, reasonable strategy formulation, and strong representativeness of the simulation scene, which can facilitate the design and analysis of technicians.
作者
张志鹏
苏中
Zhang Zhipeng;Su Zhong(Beijing Information Science and Technology University Beijing Key Laboratory of High Dynamic Navigation Technology,Beijing 100101,China)
出处
《系统仿真学报》
CAS
CSCD
北大核心
2018年第11期4340-4347,4358,共9页
Journal of System Simulation
基金
国家自然科学基金(61471046)
北京市科技计划(Z161100003016011)
北京市教委市属高校创新能力提升计划(TJSHG20150772017)
关键词
“低慢小”目标
坐标变换
航迹融合
威胁评估
打击策略
low slow small target
coordinate transformation
track fusion
threat assessments
strike strategy
