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首页> 外文期刊>Journal of Intelligent Learning Systems and Applications >A New Dynamic Self-Organizing Method for Mobile Robot Environment Mapping
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A New Dynamic Self-Organizing Method for Mobile Robot Environment Mapping

机译:移动机器人环境映射的动态自组织新方法

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摘要

To solve the mapping problem for the mobile robots in the unknown environment, a dynamic growing self-organizing map with growing-threshold tuning automatically algorithm (DGSOMGT) based on Self-organizing Map is proposed. It introduces a value of spread factor to describe the changing process of the growing threshold dynamically. The method realizes the network structure growing by training through mobile robot movement constantly in the unknown environment. The proposed algorithm is based on self-organizing map and can adjust the growing-threshold value by the number of network neurons increasing. It avoids tuning the parameters repeatedly by human. The experimental results show that the proposed method detects the complex environment quickly, effectively and correctly. The robot can realize environment mapping automatically. Compared with the other methods the proposed mapping strategy has better topological properties and time property.
机译:为解决未知环境下移动机器人的映射问题,提出了一种基于自组织映射的动态增长阈值自动调整算法(DGSOMGT)。它引入了一个扩展因子值来动态描述增长阈值的变化过程。该方法通过在未知环境中不断地通过移动机器人的运动训练来实现网络结构的增长。该算法基于自组织映射,可以通过增加网络神经元的数量来调整阈值增长。它避免了人工重复调整参数。实验结果表明,该方法能够快速,有效,正确地检测复杂环境。机器人可以自动实现环境映射。与其他方法相比,所提出的映射策略具有更好的拓扑特性和时间特性。

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