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全球定位系统(GPS)区域映射系统通过对转发器的时延控制,实现定位区域上的映射关系,使由GPS制导的武器错误定位,从而偏离原有的目标,实现对重要目标的保护。讨论系统的单站实现条件。首先给出了单站转发的空域模型,在此基础上对单站条件下的映射关系进行了理论推导,给出了求解的迭代算法。通过理论分析和计算发现:单站转发的条件是苛刻的。
The global positioning system (GPS) area mapping system realizes the mapping relationship on the positioning area through the time delay control of the transponder, so that the GPS-guided weapon is wrongly positioned so as to deviate from the original target and achieve the protection of the important target. Discuss the system to achieve a single station conditions. First, a single-station forwarding airspace model is given. Based on this, a theoretical derivation of the mapping relationship under single-station conditions is given and an iterative algorithm is given. Through theoretical analysis and calculation, it is found that the conditions of single station forwarding are harsh.