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Autonomous driving in semi-structured environments: Mapping and planning

机译:半结构化环境中的自动驾驶:制图和计划

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We consider the problem of autonomous driving in semi-structured environments (e.g., parking lots). Such environments have strong topological structure (graphs of drivable lanes), but maneuvers with significant deviations from those graphs are valid and frequent. We address two main challenges of operating in such environments: i) detection of topological structure from sensor data, and ii) using that structure to guide path planning. We present experimental results on both of these topics, demonstrating robust estimation of lane networks in parking lots and the benefits of using these topological networks to guide path planning.
机译:我们考虑了半结构化环境(例如停车场)中的自动驾驶问题。这样的环境具有很强的拓扑结构(可行驶车道的图),但是与这些图有明显偏差的演算是有效且频繁的。我们解决了在这种环境下运行的两个主要挑战:i)从传感器数据中检测拓扑结构,以及ii)使用该结构指导路径规划。我们在这两个主题上都给出了实验结果,展示了对停车场车道网络的可靠估计,以及使用这些拓扑网络指导路径规划的好处。

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