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Application of particle filter algorithms in an accurate and reliable localization and tracking of WSN#039;s mobile devices

机译:粒子滤波器算法在WSN'移动设备的准确且可靠的本地化和跟踪中的应用

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This Wireless communication capabilities enable location-based applications such as management telecommunication work teams and other professional groups in field. The accuracy and reliability localization may be degraded by noise. In order to improve the localization precision is proposed a filtering algorithm that is characterized throw robustness and simplicity for estimation application. The particle filter (PF) algorithm offers a proper solution when the challenges studied are nonlinear or include non Gaussian noise. In this work are analyzed and compared two filtering algorithms: the standard particle filter and the cost reference particle filter, for tracking a mobile device. The results underline the robustness and the reliability of the cost reference particle filter to exemplify the errors which are characteristic in filtering algorithms.
机译:此无线通信功能使基于位置的应用程序,例如管理电信工作团队和现场的其他专业组。 精度和可靠性定位可能因噪声而劣化。 为了提高本地化精度,提出了一种滤波算法,其特征是估计估计应用的鲁棒性和简单性。 粒子滤波器(PF)算法在所研究的挑战是非线性或包括非高斯噪声时提供适当的解决方案。 分析了该工作,并将其比较了两个过滤算法:标准粒子滤波器和成本参考粒子滤波器,用于跟踪移动设备。 结果强调了成本参考粒子滤波器的稳健性和可靠性,以举例说明在过滤算法中具有特征的错误。

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