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A new method of closed-loop calibration of fiber gyro

机译:光纤陀螺仪闭环标定的新方法

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摘要

The accuracy of SINS (strapdown navigation system) related with the gyro tightly, so improving the accuracy of gyro is very urgent. There are two main ways of improving the accuracy currently. One is improving the physical structure which is not practical in our daily research, and the other is modeling the gyro's error by a series of testing and compensating the gyro on the basis of error model which is a valid strategy. But the latter has some limitations as complexity, huge data stream and so on. Aiming at this issue, this paper proposes a new flexible calibration method to improve the accuracy for the fiber gyro which is used widely. The principle of new method is designing a closed-loop calibration method based on open-loop calibration method. The simulation test shows the calibration accuracy is higher than that of existing method.
机译:SINS(捷联导航系统)的精度与陀螺紧密相关,因此提高陀螺的精度非常迫切。当前,有两种主要的提高准确性的方法。一种是改善我们日常研究中不切实际的物理结构,另一种是通过一系列测试并在误差模型的基础上对陀螺仪进行补偿来模拟陀螺仪的误差,这是一种有效的策略。但是后者有一些局限性,例如复杂性,庞大的数据流等。针对这一问题,本文提出了一种新的灵活的标定方法,以提高被广泛使用的光纤陀螺仪的精度。新方法的原理是设计一种基于开环校准方法的闭环校准方法。仿真实验表明,该方法的标定精度高于现有方法。

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