A distributed architecture for autonomous navigation of robots

V. Gesù, B. Lenzitti, Giosuè Lo Bosco, D. Tegolo
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引用次数: 34

Abstract

The paper shows a distributed architecture for autonomous robot navigation. The architecture is based on three modules that are implemented on separate and interacting agents: the target recognizer, the obsta90cle evaluator and the planner. An adaptive genetic algorithm has been studied to identify mechanisms for reaching the target and for manipulating the 2-directions of the robot; the distributed architecture has been embedded in the DAISY (Distributed Architecture for Intelligent System). Experiments have been carried out using a LEGO intelligent brick.
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一种用于机器人自主导航的分布式架构
提出了一种用于机器人自主导航的分布式体系结构。该体系结构基于三个模块,这些模块在独立且相互作用的代理上实现:目标识别器、障碍评估器和规划器。研究了一种自适应遗传算法来确定机器人到达目标的机制和操纵机器人的两个方向;分布式体系结构已嵌入到DAISY(分布式智能系统体系结构)中。使用乐高智能积木进行了实验。
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