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本模型包括,根据目标运动状态方程,用等概率椭圆检测目标航迹与测量点的相关性,从而建立航迹辨识的相关矩阵,求解这一矩阵,实现多目标航迹辨识;在目标威胁估计和目标穿越火力单位射击空域的时间估值准确的条件下,建立目标火力分配的威胁服务综合矩阵,求解这一矩阵获得自动化指挥系统的辅助决策方案;在分析先验毁歼概率的基础上,找出对应航路点上的最佳开火时间函数t~*(H_iP_iV_k),根据这一函数估算开火时间的目标航路参数,供指挥员掌握开火时机。从目标输入到给出辅助决策一直到武器系统对目标射击,这样一个全过程的几个主要部分用数学模型描述了出来。
This model includes establishing the correlation matrix of track identification by detecting the correlation between the target track and the measuring point according to the equation of motion state of object, and solving the matrix to realize multi-target track identification. In the target threat estimation And target time-lapse firing unit airspace is accurately estimated, a comprehensive matrix of threat service of target firepower distribution is established, and an assistant decision-making scheme of automatic command system is solved by solving this matrix. On the basis of analyzing the probability of prior destroy, Find out the best opening time function t ~ * (H_iP_iV_k) corresponding to the waypoint, and calculate the target route parameters of the opening time according to this function, for the commander to grasp the timing of firing. From the target input to the giving of the auxiliary decision until the weapon system fires the target, several major parts of such a whole process are described mathematically.