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Self-Avoiding Walks over Adaptive Unstructured Grids

机译:在自适应非结构​​化网格上的自我规避

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In this paper, we presetn self-avoiding walks as a novel technique to "linearize" a triangular mesh. unlike space-filling curves which are based on a geometric embedding, our algorithm is ocmbinatorial since it sues the mesh connectivity only. We also show how the concept can be easily modidied for adaptivegrids that are generated in a hierarchical manner based on a set of simple rules, and made amenable ofr efficient parallelization. The proposed approach should be vry useful in the runtime partitioning and load balancing of adaptive unstructured grids.
机译:在本文中,我们预设了自动避开步道作为一种“线性化”三角形网格的新技术。与基于几何嵌入的空间填充曲线不同,我们的算法具有约束性,因为它仅使用网格连接。我们还展示了如何针对基于一组简单规则以分层方式生成的自适应网格轻松修改该概念,并使其更有效地并行化。所提出的方法在自适应非结构​​化网格的运行时分区和负载平衡中非常有用。

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