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An advanced algorithm for Fingerprint Localization based on Kalman Filter

机译:基于卡尔曼滤波器的指纹定位高级算法

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When it comes to Fingerprint Localization, the quality of fingerprint database is important to the accuracy of the localization results. As the received signal strength(RSS) collected in offline phase for Fingerprint Localization is usually companied with noise, it severely degrades the accuracy of the final localization results. To filter the noise, this paper proposed an advanced algorithm based on Kalman Filter (KF). The algorithm at first uses KF to filter noise of the measured RSS. Then it chooses several calibration points according to the weight of filtered data. Last the position of the user has been estimated according to the location of these calibration points. The experiment results illustrated that the algorithm proposed in this paper had improved the accuracy of location estimation efficiently.
机译:在指纹定位方面,指纹数据库的质量对于本地化结果的准确性非常重要。随着在离线阶段收集的接收信号强度(RSS)用于指纹定位通常伴随着噪声,它严重降低了最终定位结果的准确性。为了过滤噪声,本文提出了一种基于卡尔曼滤波器(KF)的先进算法。首先算法使用KF来过滤测量的RS的噪声。然后,它根据过滤数据的重量选择多个校准点。最后根据这些校准点的位置估计了用户的位置。实验结果表明,本文提出的算法有效地提高了位置估计的准确性。

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