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Research of Ionospheric Time-Delay Error Simulation in High Dynamic GPS Signal Simulator

机译:高动态GPS信号模拟器中电离层时延误差仿真的研究

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摘要

The ionospheric time-delay is an important error source for GPS users. How to simulate the ionospheric error is one of the key problems that need to be solved in high dynamic GPS signal simulator design. The ionospheric effects are related to the user's position. Based on the analysis to the different ionospheric time-delay error correction methods for ground users and space users, the approaches to calculate the ionospheric time-delay error in a high dynamic GPS signal simulator are studied and the mathematic models are also given in this paper. The calculation problem of eight ionospheric coefficients broadcasted in a GPS satellite message in different application situations is solved. The validity of the ionospheric time-delay error calculation methods given by this paper has been proved by simulations.
机译:电离层时间延迟是GPS用户的重要误差来源。如何模拟电离层误差是高动态GPS信号模拟器设计中需要解决的关键问题之一。电离层效应与使用者的位置有关。在分析地面用户和空间用户电离层时延误差校正方法不同的基础上,研究了高动态GPS信号模拟器中电离层时延误差的计算方法,并给出了数学模型。 。解决了不同应用场合下GPS卫星消息中广播的八个电离层系数的计算问题。通过仿真证明了本文给出的电离层时延误差计算方法的有效性。

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