基于幅值分割的偏振导航系统研究

Xin He, Leilei Li, Jiabin Chen, Zhongyu Zhang, Yansheng Dai
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引用次数: 0

摘要

极化导航是一种借鉴生物导航机制的新型导航方法。极化导航传感器的误差不发散,克服了现有导航技术的不足。提出了一种根据大气极化方向图确定导航系统偏航角的方法。通过偏航角可以确定当前的地理位置,里程表可以提供相对距离信息。采用幅度分割法设计了一种新型偏振导航传感器。通过测量偏振光的stokes参数,可以得到角度信息。试验结果表明,偏振传感器的误差不随时间累积,能独立给出导航信息。综上所述,它将在未来的自动化导航系统中发挥重要作用。
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Research of polarization navigation system based on division-of-amplitude
Polarization Navigation is a novel navigation method which learns from biology navigation mechanism. Because polarization navigation sensor's errors are not divergent, it can overcome the disadvantages of current navigation technologies. This paper presents a method to confirm the yaw angle of navigation system according to atmosphere polarization pattern. The current geographic position can be determined by the yaw angle and the relative distance information can provided by odometer. A novel polarization navigation sensor is designed by using division-of-amplitude method. Through measuring the stokes parameters of polarized light, the angle information can be gotten. According to the tests, the error of polarization sensor doesn't accumulate with time and the sensor can give the navigation information independently. In conclusion, it will play an important role in the automation navigation systems in the future.
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