指挥控制与仿真
指揮控製與倣真
지휘공제여방진
Command Control & Simulation
2015年
5期
104-107
,共4页
高角俯冲%舰炮火控系统%跟踪预测
高角俯遲%艦砲火控繫統%跟蹤預測
고각부충%함포화공계통%근종예측
high-angle diving%naval gun fire control system%tracking-prediction
为提升近程防御舰炮武器系统对高角俯冲攻击目标的跟踪与预测处理能力,通过分析高角俯冲目标攻击样式及其运动特性,研究了俯冲攻击弹道特征火控建模技术,建立了相应的跟踪预测算法,并通过典型目标仿真航路进行了验证,与以往经典跟踪预测算法相比其精度性能更优。
為提升近程防禦艦砲武器繫統對高角俯遲攻擊目標的跟蹤與預測處理能力,通過分析高角俯遲目標攻擊樣式及其運動特性,研究瞭俯遲攻擊彈道特徵火控建模技術,建立瞭相應的跟蹤預測算法,併通過典型目標倣真航路進行瞭驗證,與以往經典跟蹤預測算法相比其精度性能更優。
위제승근정방어함포무기계통대고각부충공격목표적근종여예측처리능력,통과분석고각부충목표공격양식급기운동특성,연구료부충공격탄도특정화공건모기술,건립료상응적근종예측산법,병통과전형목표방진항로진행료험증,여이왕경전근종예측산법상비기정도성능경우。
To improve the processing capacity of the short?range defense system for tracking and pridicting target with high?angle diving. This pager analysis the atacking mode and motion characteristics of those targets,discusses the fire control mod?eling for the dive trajectory feature, and establishes the tracking?prediction algorithms based on diving characteristics. The better performance is compared with preious classic algorithms presented through the simulation calculation of typical target tracking datas.