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Robust self-localization of mobile robots based on Kalman filter in dynamically changing environment

机译:动态变化环境中基于卡尔曼滤波的移动机器人鲁棒自定位

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A mobile robot can identify its own position relative to landmarks, the locations of which are known in advance. The main contribution of this research is that it gives various ways of making the self-localizing error smaller by referring to a sensitivity which is defined as the ratio of the localizing error to sensor error. In this paper, the authors propose the index to evaluate the accuracy of the self-localizing methods. And then, a rational way to minimize the localizing error is proposed. Finally, we discuss a method to reduce the computational cost of selecting the best self-localizing method.
机译:移动机器人可以识别自己相对于地标的位置,其位置是事先已知的。这项研究的主要贡献在于,它通过参考定义为定位误差与传感器误差之比的灵敏度,给出了各种减小自定位误差的方法。在本文中,作者提出了用于评估自定位方法准确性的指标。然后,提出了一种合理的方法来减小定位误差。最后,我们讨论一种减少选择最佳自定位方法的计算成本的方法。

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