本文提出了处理在制定导弹制导系统试验计划时必将遇到的两个问题的分析方法。这两个问题是: 1.正确地规定跟踪精度要求,以便靶场提供完成制导系统试验目的(即:在飞行中详细确定制导系统误差特性和估算一条等效实施弹道的落点精度)所必需的数据; 2.选择最佳弹道、最佳制导系统定向、最佳跟踪几何和最佳数据处理方法(也就是说,整个试验方案的最佳设计)以便在弹道、设备和试验计划规定的进度等方面,提供制导系统每个美元试验费用的最大试验信息量。 This paper presents an analytical approach to deal with two problems that must be encountered in developing a pilot program of a missile guidance system. These two questions are: 1. Properly specify the tracking accuracy requirements that will be required for the firing range to perform the pilot test (ie, to determine in detail the error characteristics of the guidance system during flight and to estimate the placement accuracy of an equivalent ballistic trajectory) Data; 2. Choose the best trajectory, best guidance system orientation, best tracking geometry, and best data processing method (that is, the best design of the entire test protocol) so that during ballistic, equipment, and pilot program schedule Aspect, provide the maximum amount of test information for each dollar of guidance system.