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IMPROVED OCCUPANCY GRID LEARNING - The ConForM Approach to Occupancy Grid Mapping

机译:改进的占用网格学习 - 占用网格映射的符合方法

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A central requirement for the development of robotic systems, that are capable of autonomous operation in non-specific environments, is the ability to create maps of their operating locale. The creation of these maps is a non trivial process as the robot has to interpret the findings of its sensors so as to make deductions regarding the state of its environment. Current approaches fall into two broad categories: on-line and offline. An on-line approach is characterised by its ability to construct a map as the robot traverses its operating environment, however this comes at the cost of representational clarity. An offline approach on the other hand requires all sensory data to be gathered before processing begins but is capable of creating more accurate maps. In this paper we present a new means of constructing occupancy grid maps which addresses this problem.
机译:能够在非特定环境中进行自主操作的机器人系统的开发的中央要求是能够创建其操作区域设置的地图。这些地图的创建是非琐碎的过程,因为机器人必须解释其传感器的发现,以便扣除其环境的状态。目前的方法分为两大类:在线和离线。在线方法的特点是,它在机器人遍历其操作环境时构建地图的能力,但这是以代表性清晰度的成本。另一方面,另一方面的离线方法需要在处理开始之前收集所有感官数据,但能够创建更准确的映射。在本文中,我们提出了一种构建占用网格地图的新方法,这些网格地图解决了这个问题。

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