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A conscious model for autonomous robotics: statistical evaluation

机译:自主机器人的自觉模型:统计评估

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Autonomous mobile robots require efficient control of their movement. This paper focuses on a prototype based on COdelet FRAMework (COFRAM) consciousness model for autonomous mobile robots. The prototype is named Movement Of Autonomous .Robotics Codelet System (MARCOS). Here is an in-depth analysis of this nonlinear controller that complements a main close-loop controller. It performs complex information processing about the current robot status and environment, and suggests alternative reactions to the main controller. This paper describes MARCOS and COFRAM, as well as statistics on how concepts evolve for real-world indoor environments. From the results, it can be said that it is a suitable adaptive controller for learning situations.
机译:自主移动机器人需要对其运动进行有效控制。本文重点研究了基于COdelet FRAMework(COFRAM)意识模型的自主移动机器人原型。原型被命名为自主运动机器人小码系统(MARCOS)。这是对该非线性控制器的补充分析,该非线性控制器是对主闭环控制器的补充。它执行有关当前机器人状态和环境的复杂信息处理,并建议主控制器采取其他应对措施。本文介绍了MARCOS和COFRAM,以及有关概念在实际室内环境中如何演变的统计信息。从结果可以看出,它是一种适合学习情况的自适应控制器。

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