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Stand-alone GNSS time synchronization architecture

机译:独立GNSS时间同步架构

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摘要

It is well known property of the GNSS systems that they are able to deliver very precise Position, Velocity and Time information to the user. In this paper we introduce a GNSS receiver architecture, which is able to synchronize its operations to the GNSS signals it processes, be it live satellite signals or simulator signals, without the need of external synchronization equipment. This capability is useful for testing the receiver with GNSS simulators, and can also be used for synchronizing a set of GNSS receivers. Since the architecture does not need any external synchronization signals, it is convenient to move the GNSS receiver between testing premises. Most commercially available GNSS simulators can output some format of scenario information, and this scenario information is by default bound to be ticked on exact full second intervals according to the simulator clock. Having a receiver capable of doing the synchronization to the same time allows the receiver output its own measurements at the same time instants, making the comparisons extremely useful.
机译:它是GNSS系统的众所周知的属性,它们能够向用户提供非常精确的位置,速度和时间信息。在本文中,我们介绍了一种GNSS接收器架构,它能够将其操作同步到GNSS信号IT过程,无需外部同步设备即可实现它的Live Satellite信号或模拟器信号。此功能可用于使用GNSS模拟器测试接收器,并且还可用于同步一组GNSS接收器。由于架构不需要任何外部同步信号,因此在测试场所之间移动GNSS接收器是方便的。大多数商业上可获得的GNSS模拟器可以输出某些格式的场景信息,并且这种情况信息默认势必根据模拟器时钟根据精确的全额第二间隔勾选。具有能够执行同步的接收器允许接收器在同一时间瞬间输出其自己的测量,使得比较非常有用。

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