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arXiv 1503.03265cs.ET
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基于形态学自适应的黏菌路径规划方法

A Morphological Adaptation Approach to Path Planning Inspired by Slime Mould

Jeff Jones

摘要:

使用颗粒模型的黏菌,我们展示了范围实验,探索如何路径规划可能会进行形态适应。我们最初展示了简单的路径规划的一个缩小的斑点之间的两个引诱剂源的虚拟疟原虫在一个多边形的舞台。我们研究的情况下,需要多个路径,并随后选择一个单一的路径从多个选项。无碰撞路径是通过从竞技场边界的排斥来实现的。最后,避障是通过障碍物的排斥来实现的,因为它们被收缩的斑点所覆盖。这些例子表明,通过形态适应路径规划的概念验证结果,补充了现有的研究在新的计算基板上的路径规划。

英文摘要:

Using a particle model of slime mould we demonstrate scoping experiments which explore how path planning may be performed by morphological adaptation. We initially demonstrate simple path planning by a shrinking blob of virtual plasmodium between two attractant sources within a polygonal arena. We examine the case where multiple paths are required and the subsequent selection of a single path from multiple options. Collision-free paths are implemented via repulsion from the borders of the arena. Finally, obstacle avoidance is implemented by repulsion from obstacles as they are uncovered by the shrinking blob. These examples show proof-of-concept results of path planning by morphological adaptation which complement existing research on path planning in novel computing substrates.

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