Indoor Localization with Aircraft Signals

M. Eichelberger, Kevin Luchsinger, Simon Tanner, Roger Wattenhofer
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引用次数: 23

Abstract

The standard method for outdoor localization is GPS, because it is globally available, relatively accurate and receivers are inexpensive. However, GPS does not work well indoors due to low signal strength. We explore a new localization approach, which uses the same principle as GPS localization, but employs signals transmitted by aircraft. Compared to GPS, aircraft signals are strong and can be received indoors. Our prototype implementation achieves a user localization accuracy of approximately 25 meters.
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利用飞机信号进行室内定位
户外定位的标准方法是GPS,因为它是全球可用的,相对准确,而且接收器便宜。然而,由于信号强度低,GPS在室内工作效果不佳。我们探索了一种新的定位方法,它使用与GPS定位相同的原理,但使用飞机传输的信号。与GPS相比,飞机信号很强,可以在室内接收。我们的原型实现实现了大约25米的用户定位精度。
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