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Artificial Potential Field-Based Motion Planning/Navigation, Dynamic constrained Optimization And Simple genetic Hill Climbing

机译:基于人工势场的运动计划/导航,动态约束优化和简单的遗传爬山

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摘要

In this paper we show a relationship between artificial potential field (APF) based motion planningavigation, and constrained optimi- zation. We then present a simple genetic hill climbing algorithm (SGHC), which is used to navigate a point robot through an environ- ment using the APF approach. We compare SGHC with steepest descent hill climbing (SDHC). In SDHC, candidate moves are evaluated within a 360-degree radius and the best candidate is selected by the robot.
机译:在本文中,我们展示了基于人工势场(APF)的运动计划/导航与约束优化之间的关系。然后,我们提出一种简单的遗传爬山算法(SGHC),该算法用于使用APF方法在环境中导航点机器人。我们将SGHC与最陡下降山坡攀登(SDHC)进行了比较。在SDHC中,将在360度半径内评估候选移动,然后由机器人选择最佳候选。

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