光学姿态测量以交会为主,交会区间的可靠性决定了测量数据的可用性,目前姿态测量布站主要采用沿关键段弹道中心对称布站方式,以成像大小和通用60°~120°为主要衡量依据,对于优化布站,最大化发挥装备效能尚存在理论上的缺陷。以精度评估为布站优劣评价依据,根据平飞段及攻击段不同测试需求分析,总结了靶场布站的重要影响因子,通过影响因素对不同布站条件下的规律进行分析,获取了靶场平飞段及主动段/攻击段最佳布站点,为实际姿态测量提供理论依据。

Optical pose measurement is mainly based on rendezvous, and the reliability of rendezvous interval determines the availability of measurement data. At present, pose measurement stations are mainly arranged symmetrically along the ballistic center of key sections, mainly based on imaging size and general 60°~120°. In this paper, the accuracy evaluation is used as the evaluation basis for the advantages and disadvantages of station layout. According to the analysis of different test requirements of level flight section and attack section, the important influencing factors of station layout in the shooting range are summarized. Through the analysis of the law of influencing factors on different station layout, the best symmetrical station layout in level flight section and active section or attack section of the shooting range is obtained, which provides a theoretical basis for actual attitude measurement.