摘要
针对目前任务模式复杂、测量装备种类多且跟踪能力不同的问题,充分利用汇集于中心的大量装备测量数据,改变原有的接力分段处理的方式,研究测元级和弹道级的实时融合处理方法,给出切实可行的数学模型和方法步骤,并模拟异常数据分别计算,分析两种方法的处理精度和适用情况。该方法已经在实时处理软件中使用,保障了多项任务的实时数据处理,较传统处理方式有明显提高。
In view of the problems of complex mission mode,many kinds of measuring equipment and different tracking capa⁃bilities,this paper makes full use of a large number of equipment measurement data collected in the center,changes the original re⁃lay section processing method,studies the real-time fusion processing method of the measurement element level and the ballistic level,gives a practical mathematical model and method steps,and simulates the abnormal data respectively.The processing accura⁃cy and application of the two methods are analyzed.This method has been used in real-time processing software,which guarantees the real-time data processing of multiple tasks,and has obvious improvement over the traditional processing method.
作者
潘昶
PAN Chang(No.92941 Troops of PLA,Huludao 125000)
出处
《舰船电子工程》
2024年第4期38-40,75,共4页
Ship Electronic Engineering
基金
国家自然科学基金项目“弹道导弹动态多响应多因素飞行试验的一体化设计”(编号:61573367)资助。
关键词
数据融合
实时处理
航迹关联
data fusion
real-time data processing
track correlation