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Occupancy grid mapping using artificial neural networks

机译:使用人工神经网络的占用网格映射

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Robot environment map is used for the path planning. Sonar Sensor measurement is converted to the probabilistic representation of the environment (occupancy grid). In this paper we used sonar sensor model to identify the different regions of the robot on the floor (cells). We used the grid mapping to describe the emptiness and occupancy and the unknown areas of the robot environment and the nearby region (around the robot). But the environment changes affect these conversions. Artificial neural network (ANN) is introduced which learns these conversions. The conversion of sensor data remains adaptive to changes in either the sensor or its environment.
机译:机器人环境贴图用于路径规划。声纳传感器测量被转换为环境的概率表示(占用网格)。在本文中,我们使用了声纳传感器模型来识别地板上的机器人的不同区域(细胞)。我们使用电网映射来描述空虚和占用以及机器人环境的未知区域和附近的区域(在机器人周围)。但环境变化会影响这些转换。介绍了人工神经网络(ANN),从而了解这些转换。传感器数据的转换保持适应传感器或其环境的变化。

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