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Indoor localization using K-nearest neighbor and artificial neural network back propagation algorithms

机译:使用K近邻和人工神经网络反向传播算法进行室内定位

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Currently, indoor localization plays vigorous role in academia and industries. In the proposed technique, 99.78% of room level classifications are correctly classified using K-nearest Neighbor (KNN). For regression based problem, an Artificial Neural Network in Back Propagation (ANNBP) performs an accuracy of 50% and 100% for errors less than 0.5 m and 0.9 m respectively. The root-mean-square error (RMSE) for regression based localization is 0.56. Thus, the result confirmations that the integration of KNN with ANNBP techniques can give better indoor location based services (LBSs).
机译:当前,室内本地化在学术界和工业界中扮演着重要角色。在提出的技术中,使用K近邻(KNN)正确地分类了99.78%的房间级别分类。对于基于回归的问题,反向传播人工神经网络(ANNBP)分别对小于0.5 m和0.9 m的误差执行50%和100%的精度。基于回归的本地化的均方根误差(RMSE)为0.56。因此,结果证实了KNN与ANNBP技术的集成可以提供更好的基于室内位置的服务(LBS)。

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