摘要
针对水面舰艇对空自防御系统控制环节多、测试用例多的特点,提出了基于数据驱动的在线仿真方法,最大化地保障了在实装条件下的装备性能检验验证。通过分析导弹威胁目标航迹模拟涉及的算法理论,设计了三步目标航迹解算变换方法,采用了圆周扫描和相位匹配方法确定了时序逻辑,模拟了8种导弹飞行航迹样式,实现了试验态势的数据生成与在线推送,模拟目标的航迹精度、时序逻辑、状态属性等均符合试验要求,为试验测试提供了丰富的态势驱动,高效地完成了试验任务。
In view of the characteristics of many control links and test cases of surface ship-to-air self-defense system,an on⁃line simulation method based on data drive is proposed to maximize the verification of equipment performance under the condition of installation.By analyzing the algorithm theory involved the missile threat target track simulation,the three-step target trace solution transformation method is designed,the timing logic is determined by the circular scanning and scent matching method,8 missile flight track styles are simulated,and the data generation and online push of the test situation are realized.The track accuracy,tim⁃ing logic and state attributes of the simulation target all meet the requirement of the test,which provides a rich situation drive for the test and completes the test task efficiently.
作者
贾宏进
吴亮
刘少强
熊永坤
陈志刚
JIA Hongjin;WU Liang;LIU Shaoqiang;XIONG Yongkun;CHEN Zhigang(No.91336 Troops of PLA,Qinhuangdao 066326)
出处
《舰船电子工程》
2021年第3期44-49,共6页
Ship Electronic Engineering
关键词
对空自防御
在线仿真
目标模拟
数据驱动
ship-to-air self-defense
online simulation
target simulation
data-driven
