Indoor Wi-Fi RSS-fingerprint location algorithm based on sample points clustering and AP reduction

Hong Wang, Xiaopan Zhang, Y. Gu, Longpeng Zhang, Jing Li
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引用次数: 5

Abstract

The accuracy of RSS fingerprint based indoor location algorithms in Wi-Fi environment depends on the density of sample points and the quality of AP radios. It has been observed that in a given area the accuracy can be improved by just using the RSS data from a sub set of whole APs. So the location algorithm based on AP reduction is studied in this paper, and 3 kinds of sample points clustering methods, which are spatial clustering, K-means clustering and Affinity Propagation Clustering, are tested to generate the appropriate area for each AP sub set. The results of experiments shows that the AP reduction algorithm can obviously reduce location error. At the same time, the algorithm's complexity gets reduced.
基于样本点聚类和AP约简的室内Wi-Fi rss指纹定位算法
Wi-Fi环境下基于RSS指纹的室内定位算法的精度取决于采样点的密度和无线射频的质量。已经观察到,在给定区域,仅使用来自整个ap的子集的RSS数据可以提高精度。因此,本文研究了基于AP约简的定位算法,并测试了空间聚类、K-means聚类和亲和传播聚类3种样本点聚类方法,为每个AP子集生成合适的区域。实验结果表明,AP约简算法能明显降低定位误差。同时,降低了算法的复杂度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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