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State Variables Estimation Using Particle Filter: Experimental Comparison with Kalman Filter

机译:使用粒子滤波器的状态变量估计:与卡尔曼滤波器的实验比较

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Within the probabilistic methods for the state estimation of a dynamic system, the Particle Filter approach is an innovative technique which is focusing the attention of current researches. Particle Filtering succeeds in applying to different type of systems (linear and non-linear) and noise models. This paper presents a comparison between the results obtained using the Particle Filter and the Kalman Filter for estimating the orientation and velocity of a DC motor. Real experiments are also presented.
机译:在动态系统的状态估计的概率方法中,粒子滤波器方法是一种创新技术,它将关注当前研究的注意力。粒子过滤成功地应用于不同类型的系统(线性和非线性)和噪声模型。本文呈现了使用粒子滤波器和卡尔曼滤波器获得的结果之间的比较,用于估计DC电动机的取向和速度。还提出了真实的实验。

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