共查询到18条相似文献,搜索用时 125 毫秒
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反舰导弹目标捕捉概率的研究 总被引:2,自引:0,他引:2
Xu Jianping Tang Guojian 《战术导弹技术》2008,(6)
提出了利用卷积算法计算目标照射概率,并利用数学分析和数字仿真两种方法求解反舰导弹末制导雷达对目标的照射概率.结果表明,在给出目标的定位、机动误差的概率密度和导弹的惯导误差分布概率密度后,利用卷积算法可以比较精确地计算照射概率,同时分析了导弹飞行航程对捕捉概率的影响. 相似文献
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提出了利用卷积算法计算目标照射概率,并利用数学分析和数字仿真两种方法求解反舰导弹末制导雷达对目标的照射概率.结果表明,在给出目标的定位、机动误差的概率密度和导弹的惯导误差分布概率密度后,利用卷积算法可以比较精确地计算照射概率,同时分析了导弹飞行航程对捕捉概率的影响. 相似文献
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各种因素对现在点射击方式反舰导弹捕捉概率的影响分析 总被引:1,自引:1,他引:0
反舰导弹采用现在点射击方式,计算射击诸元时,不测定目标运动要素、不计算导弹反舰导弹采用现在点射击方式,计算射击诸元时,不测定目标运动要素、不计算导弹自控飞行时间内目标的运动及瞄准目标的现在位置射击导致影响捕捉概率的误差因素增多传统计算模型不能全面反映出误差对捕捉概率的影响。考虑各种影响因素且把平台定位误差、目标机动范围、目标指示误差作为圆分布来处理逐步建立起不同误差条件下现在点射击方式反舰导弹的捕捉概率计算模型。结果显示,影响现在点射击方式反舰导弹捕捉概率的主要因素是发射距离和搜索范围,各种误差对捕捉概率有不可忽视的影响,当目标指示误差达到5 km或平台定位误差达到3 km时,捕捉概率很难达到0.99. 相似文献
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对机动目标的打击能力是衡量武器系统效能的一项重要指标。通过分析导弹捕捉概率的计算模型,研究了机动目标对反舰导弹捕捉概率的影响,计算了目标航速及航向变化下导弹的捕捉概率值,为全面检验反舰导弹武器系统性能提供了依据。 相似文献
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反舰导弹螺旋机动对舰空导弹的突防能力仿真 总被引:1,自引:0,他引:1
《战术导弹技术》2015,(5)
为增强反舰导弹的机动突防能力,根据反舰导弹与舰空导弹的对抗过程,构建了反舰导弹螺旋机动对舰空导弹武器系统的突防模型。通过研究脱靶量的提取方法,给出了舰空导弹对反舰导弹的遭遇拦截判据,对反舰导弹螺旋机动突防概率进行仿真计算。仿真结果表明,通过优化组合弹道可以选择合适的螺旋机动方案,对于反舰导弹突防能力的提高效果显著。 相似文献
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研究了近程空舰导弹两种飞行方案的设计及弹道计算方法,并以某型导弹为例进行了计算,其结果可为机载反舰导弹总体设计提供参考。 相似文献
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针对捕获目标概率在导弹武器系统设计、试验鉴定、作战效能评估等方面的重要性,提出一种反舰导弹
捕获目标概率的仿真计算方法。分析影响反舰导弹导引头一次开机捕获概率的主要因素并给出其分布规律,建立导
引头搜索范围计算模型;基于该方法进行反舰导弹捕获概率的算例分析,分析各因素对捕获概率的影响。仿真算例
结果表明:该方法能简便有效地计算反舰导弹捕获目标概率,可应用于反舰导弹性能分析、命中评估等场合。 相似文献
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Study on Anti-ship Missile Saturation Attack Model 总被引:1,自引:0,他引:1
Based on the analysis for the interception process of ship-to-air missile system to the anti-ship missile stream, the antagonism of ship-to-air missile and anti-ship missile stream was modeled by Monte Carlo method. This model containing the probability of acquiring anti-ship missile, threat estimation, firepower distribution, interception, effectiveness evaluation and firepower turning, can dynamically simulate the antagonism process of anti-ship missile attack stream and anti-air missile weapon system. The anti-ship missile's saturation attack stream for different ship-to-air missile systems can be calculated quantitatively. The simulated results reveal the relations among the anti-ship missile saturation attack and the attack intensity of anti-ship missile, interception mode and the main parameters of anti-air missile weapon system. It provides a theoretical basis for the effective operation of anti-ship missile. 相似文献
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This paper compares the penetration capabilities of the same type anti-ship missiles with millimeter wave (MMW) seeker and centimeter wave seeker, and constructs mathematical models of penetration probability and saturation attack number for all anti-ship missiles used in the countermeasure system, according to the rule which makes the shipborne air defence system oppase as far as possible and equally, and combining the actual combat situation. It can be seen, from analysis of the countermeasure process between anti-ship missile and surface naval ship, that for the same type of anti-ship missile with different seekers, the main influence on the penetration capability is from electronic jamming system. Based on the built model, the penetration capabilities of the same type anti-ship missiles with MMW and centimeter wave seekers are simulated. The simulated results show that the penetration capability of MMW seeker is slightly better than that of the centimeter wave seeker and its saturation attack number is also influenced by the discovering probability greatly. Finally, some suggestions to get superior penetration effect are given for a commander to choose seeker type suitably. 相似文献
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