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Measurement and Correction Method of the System Time Offset of Multi-mode Satellite Navigation

机译:多模卫星导航系统时间偏移的测量和校正方法

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摘要

Multi-mode satellite navigation is an important development direction of Global Navigation Satellite Systems (GNSS).Because of each satellite navigation system owing an independent and stable operating system time scale,one of key issues that must be solved to implement multi-mode navigation is to determine the system time offset between two satellite navigation systems.National Time Service Center (NTSC) keeps our country’s standard time (UTC (NTSC)).It is an available resource for us to monitor the system time offset of satellite navigation systems by means of receiving signal-in-space using the geodetic time receiver.The monitoring principle and main measurement errors are discussed.The correction method of system time offset measuring results is studied with the IGS precise orbit ephemeris.In order to test rationality of the measurement method,circular T bulletin data published by Bureau International des Poids et Mesures (BIPM) is applied to compare with the monitoring data and revised data.Data Processing results are given and shown that this monitoring method is practical and can be applied to multi-mode navigation.
机译:多模式卫星导航是全球导航卫星系统(GNSS)的重要发展方向。由于每个卫星导航系统,所以通过独立且稳定的操作系统时间尺度,必须解决的关键问题之一以实现多模式导航确定两个卫星导航系统之间的系统时间偏移。天时间服务中心(NTSC)保留我们国家的标准时间(UTC(NTSC))。它是我们通过手段监控卫星导航系统的系统时间偏移的可用资源使用大地测量时间接收器接收空中空间。讨论了监测原理和主要测量误差。用IGS精确轨道EPlemeris研究了系统时间偏移测量结果的校正方法。订购测量方法的合理性。 ,由局国际DES POIDSET MESURE(BIPM)发布的通知T公告数据适用于与监测数据和重新进行比较给出了Data.Data处理结果,并表明该监控方法实用,可以应用于多模式导航。

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