基于并行蚂蚁的快速碰撞检测算法

Huiyan Qu, Zhao Wei
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引用次数: 6

摘要

为了提高碰撞检测的实时性、精度和交互性,在详细研究智能优化算法技术的基础上,提出了一种并行蚁群优化算法,并将该算法引入改进的随机碰撞检测算法中,在初步测试阶段首先采用平衡边界盒树快速排除不相交物体,采用并行思想[1]加快碰撞检测速度;将对象的基本单位和叶子视为“蚂蚁”,然后遍历搜索。与传统的串行并行碰撞检测算法和部分并行碰撞检测算法相比,特别是对于大规模优化问题,该算法在不影响精度和交互性的前提下,进一步加快了碰撞检测效率,降低了时间复杂度。
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Fast Collision Detection Algorithm Based on Parallel Ant
In order to improve the real-time, precision and interactivity of collision detection, based on detailed study of intelligent optimization algorithm technology, we propose a parallel ant colony optimization algorithm, which is introduced into improved random collision detection algorithm, in preliminary testing phase we use balancing bounding box tree first to rule out disjoint objects quickly, use parallel thought[1] to accelerate the speed of collision detection, regard the basic unit and leaves of object as "ants", and then traverse the search. Compare to traditional serial and parallel collision detection algorithm and partial parallel collision detection algorithm, especially for large-scale optimization problems, in the premise does not affect the accuracy and interactivity, the algorithm accelerate the collision detection efficiency further and reduce the time complexity.
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