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Concentric spatial maps for neural network based navigation

机译:基于神经网络导航的同心空间映射

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A model for navigation based on artificial neural networks is proposed and tested for the task of planning and reaching a goal location in a continuous, dynamic environment. The model is based on the concept of concentric spatial maps, which is acognitive representation of the surrounding environment in the central nervous system. With the maps by a specialized neural network architecture, initial results demonstrate the system's ability to reach the goal by continuously fusing sensory inputsfrom the environment with the cognitive maps in memory to dynamically plan a path to the goal.
机译:提出了一种基于人工神经网络的导航模型,并测试了规划任务,在连续的动态环境中达到目标位置的任务。该模型基于同心空间地图的概念,该概念是中枢神经系统中周围环境的轴向表示。通过专门的神经网络架构的地图,初始结果展示了系统通过在内存中的认知地图中连续融合感官输入来实现目标的能力,以便动态地计划目标的路径。

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