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Entropy Maximization of Occupancy Grid Map for Selecting Good Registration of SLAM Algorithms

机译:选择SLAM算法良好配准的占用格网图熵最大化

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This paper analyzes entropy of occupancy grid map (OGM) for evaluating registration performance of SLAM (simultaneous localization and mapping) algorithms. So far, there are a number of SLAM algorithms having been proposed, but we do not have general measure to evaluate the registration performance of point clouds obtained by LRF (laser range finder) for SLAM algorithms. This paper analyzes to show that good registration seems corresponding to large overlap of point clouds in OGM as well as large entropy, large uncertainty and low information of OGM. This analysis indicates a method of entropy maximization of OGM for selecting good registration of SLAM algorithms. By means of executing numerical experiments, we show the validity and the effectiveness of the entropy of OGM to evaluate the registration performance.
机译:本文分析了占用栅格图(OGM)的熵,以评估SLAM(同时定位和映射)算法的注册性能。到目前为止,已经提出了许多SLAM算法,但是我们没有通用的方法来评估通过LRF(激光测距仪)获得的点云的SLAM算法的配准性能。本文分析表明,良好的配准似乎与OGM中点云的大重叠以及OGM的大熵,大不确定性和低信息相对应。该分析表明了一种用于选择SLAM算法的良好配准的OGM熵最大化方法。通过进行数值实验,我们证明了OGM熵评估配准性能的有效性和有效性。

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