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Rapid self-alignment of a strapdown inertial system through real-time reprocessing

机译:通过实时后处理快速实现捷联惯性系统的自动对准

摘要

A method of aligning an inertial navigation system or gyrocompass, including executing real-time navigation software on real-time inertial data to generate real-time navigation data, executing real-time Kalman filter software on the real-time navigation data and real-time aiding data, recording the real-time inertial data and the real-time aiding data as real-time input data in a buffer, initializing a playback process, executing playback navigation software on buffered inertial data to generate playback navigation data, and executing playback Kalman filter software on the playback navigation data and buffered aiding data. The execution of the real-time navigation software and the real-time Kalman filter software effect a real-time alignment process. The playback navigation software and the playback Kalman filter software effect an alignment process executed at a faster rate than the real-time navigation software and real-time Kalman filter software.
机译:一种对准惯性导航系统或陀螺罗盘的方法,包括对实时惯性数据执行实时导航软件以生成实时导航数据,对实时导航数据和实时执行实时卡尔曼滤波软件辅助数据,将实时惯性数据和实时辅助数据作为实时输入数据记录在缓冲区中,初始化回放过程,对缓冲的惯性数据执行回放导航软件以生成回放导航数据,并执行回放卡尔曼播放导航数据和缓冲辅助数据上的过滤软件。实时导航软件和实时卡尔曼滤波软件的执行实现了实时对准过程。回放导航软件和回放卡尔曼滤波器软件实现比实时导航软件和实时卡尔曼滤波器软件更快的对齐过程。

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