在GPS拒绝环境中使用一种新的计步器航位推算模块

T. Judd, T. Vu
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引用次数: 26

摘要

霍尼韦尔开发了一种新的航位推算模块DRMreg4000。步测航位推算(DR)导航误差受罗经精度的影响较大。模块中的新罗盘校准算法可以在实际的现场安装中实现工厂级的精度。我们讨论了一系列特别关注室内环境的测试。室内磁异常会影响DR的准确性。然而,这些异常会在给定的位置产生唯一的指纹。一项正在申请专利的相关技术可用于在用户再次访问同一位置时检测该指纹。这为位置误差的增长设定了界限。同样的技术也可以用于减少在磁性良好的环境中操作时的系统误差。我们给出了该技术的逐步应用示例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Use of a new pedometric dead reckoning module in GPS denied environments
Honeywell has developed a new Dead Reckoning Module, the DRMreg4000. Pedometric Dead Reckoning (DR) navigation errors are sensitive to compass accuracy. New compass calibration algorithms in the module enable a factory level of accuracy to be achieved in practical field installations. We discuss a range of testing with special attention to indoor environments. Indoor magnetic anomalies can compromise the DR accuracy. However, the anomalies generate a unique fingerprint at a given location. A patent pending correlation technique can be used to detect this fingerprint when a user revisits the same location. This puts bounds on the growth of position errors. The same technique can be used to reduce systematic errors when operated in magnetically benign environments. We give step-by-step application examples of the technique.
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