This paper presents an appearance--based method to automatically determine places from vision data for topological mapping. The approach exploits the continuity of the visual appearance of consecutive images when a robot traverses the environment. Places are determined by clustering colour histograms, and a probabilistic filtering strategy eliminates spurious places with weak evidence.ududFurther, we discuss steps towards the induction of the topology of an environment from a sequence of visited places. Particularly, our system faces the problem of physically different places which appear identical in perception space.ududWe present results from experiments on two data sets, one consist of panoramic images and another one includes images from a standard camera.
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机译:本文提出了一种基于外观的方法,可以根据视觉数据自动确定位置以进行拓扑映射。当机器人横越环境时,该方法利用了连续图像的视觉外观的连续性。通过对颜色直方图进行聚类来确定位置,并且概率过滤策略可消除证据较弱的虚假位置。 ud ud此外,我们讨论了从一系列访问的位置向环境拓扑诱导的步骤。特别是,我们的系统面临着在感知空间中看起来完全相同的物理上不同的位置的问题。 ud ud我们提供了两个数据集的实验结果,一个数据集包含全景图像,另一个数据集包含来自标准相机的图像。
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