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Parallel Collision Detection Algorithm Based on decomposing a Polyhedron into Tetrahedrons

机译:基于分解多面体进入四面体的并联碰撞检测算法

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Despite significant progress that has been made in devloping effiencint collision detection algorithms for convex polyhedrons, limited and slow progress has been reported in developing collision detection algorithm for nonconvex polyhedron. To narrow this gap we present a parallel collision detection algorithm. The algorithm consist of two stages. The first stage involves decomposing nonconvex polyhedron into terahedrons. The second stage involves detecting the collision to tetrahedrons in parallel. In the first stage, the decomposing methode's theoretic provement and its implementation was given. In the second stage, we detailed described the parallel algorithm. Compared with the other algorithms, reseach result shows that the parallel algorithm greatly improve the collision detection speed with high accuracy.
机译:尽管在凸起多面体的开发型碰撞检测算法中已经进行了显着的进展,但在开发非凸多面体的碰撞检测算法中已经报道了有限和缓慢的进展。为了缩小这种间隙,我们呈现了一个并行碰撞检测算法。算法包括两个阶段。第一阶段涉及将非膨胀多面体分解成Terahedrons。第二阶段涉及并行地检测到四边体的碰撞。在第一阶段,给出了分解的甲豆的理论上的经文及其实施。在第二阶段,我们详细描述了并行算法。与其他算法相比,重建结果表明并行算法大大提高了高精度的碰撞检测速度。

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