舰船电子工程
艦船電子工程
함선전자공정
SHIP ELECTRONIC ENGINEERING
2012年
6期
20-22,42
,共4页
赵建军%王毅%王星博%杨利斌
趙建軍%王毅%王星博%楊利斌
조건군%왕의%왕성박%양리빈
舰艇编队%区域防空%拦截模型%排队论
艦艇編隊%區域防空%攔截模型%排隊論
함정편대%구역방공%란절모형%배대론
warship formation%region aerial defense%intercept model%queuing theory
在排队论的基础上,通过对舰艇编队防空空间的划分,建立了舰艇编队区域防空模型和点防空模型,并对其拦截效能进行了评估。对于不同方向来袭目标,建立了不同编队队形的拦截效能模型。实例结果表明:增大防空武器系统火力纵深的拦截效能要远远大于增大火力密度的效能。
在排隊論的基礎上,通過對艦艇編隊防空空間的劃分,建立瞭艦艇編隊區域防空模型和點防空模型,併對其攔截效能進行瞭評估。對于不同方嚮來襲目標,建立瞭不同編隊隊形的攔截效能模型。實例結果錶明:增大防空武器繫統火力縱深的攔截效能要遠遠大于增大火力密度的效能。
재배대론적기출상,통과대함정편대방공공간적화분,건립료함정편대구역방공모형화점방공모형,병대기란절효능진행료평고。대우불동방향래습목표,건립료불동편대대형적란절효능모형。실례결과표명:증대방공무기계통화력종심적란절효능요원원대우증대화력밀도적효능。
Through dividing the naval fleet air defense space, the warship formation area air defense model and the model of point air defense are established based on queuing theory. Then the intercept performance was evaluated. The interception performance of the different formation is different for different directions of targets. The example shows that the interception performance of increasing the fire depth of air defense weapon system is much larger than increasing the effectiveness of fire density.