摘要
研究火控算法的目的是为了在保证满足滤波精度的前提下,实现快速收敛,进而缩短系统反应时间。运用现代系统工程理论和数字计算机技术,采用模拟仿真等方法,可以对最小二乘法、Kalm an滤波和α-β-γ滤波等算法进行深入研究和仿真试验,并结合当前国内外的技术性能现状,探索自适应能力强、满足实战要求的滤波算法,指导工程设计。
The purpose of studying fire control algorithm is to realize fast convergence, and then shorten the system reaction on the precondition of insuring the filtering precision. This paper adopts modern system engineering theory and digital computer technology, applies several methods such as simulation in order to conduct a detailed study and simulation test on least square method, Kalman filtering and α-β-γfiltering. In the light of the devel- oping status of overseas and domestic technology, this paper tries to explore a suitable filtering algorithm which has strong adaptability and can meet practice demand in order to guide project design.
出处
《中州大学学报》
2009年第2期126-128,共3页
Journal of Zhongzhou University
关键词
火控系统
滤波
解算
算法
射击诸元
目标
fire control system
filtering
count
algorithm
firing data
target
