Jun 20, 2015 · In the iterative refinement process, a popular strategy is to divide simplices by their longest edge, thus avoiding needle-shaped simplices. A ...
Abstract. Simplicial partitions are suitable to divide a bounded area in branch and bound. In the iterative refinement process, a popular strategy.
In the iterative refinement process, a popular strategy is to divide simplices by their longest edge, thus avoiding needle-shaped simplices. A range of ...
In the iterative refinement process, a popular strategy is to divide simplices by their longest edge, thus avoiding needle-shaped simplices. A range of ...
In the iterative refinement process, a popular strategy is to divide simplices by their longest edge, thus avoiding needle-shaped simplices. A range of ...
Heuristics for Longest Edge Selection in Simplicial Branch and Bound · List of references · Publications that cite this publication.
In the iterative re nement process, a popular strategy is to divide simplices by their longest edge, thus avoiding needle-shaped simplices. A range of ...
The refinement usually selects the first longest edge and ends when the size of the sub-simplices generated in the refinement is smaller than a given accuracy.
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Oct 26, 2017 · Bisecting the longest edge avoiding needle-shaped simplices leads to a choice of which longest edge to bisect in higher dimensions. We ...
Heuristics for longest edge selection in simplicial Branch and Bound. JFR Herrera, LG Casado, EMT Hendrix, I García. Computational Science and Its ...