Toward Instant 3D Modeling: Highly Parallelizable Shape Reproduction Method for Soft Object Containing Numerous Tiny Position Trackers
Toward Instant 3D Modeling: Highly Parallelizable Shape Reproduction Method for Soft Object Containing Numerous Tiny Position Trackers
复制标题
迈向即时 3D 建模：包含大量微小位置跟踪器的软物体的高度并行化形状再现方法
DOI：
10.1145/3581754.3584151
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发表时间：
2023
期刊：
影响因子：
--
通讯作者：
Hashimoto Masanori
中科院分区：
文献类型：
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作者：
Harimaya Minoru;Shirai Ryo;Hashimoto Masanori
本文提出了一种含有多个微小位置跟踪器的粘土的形状再现方法，为非专业用户实现实时直观的三维建模系统。该方法利用边缘插值方法成功地再现了反映原始模型特征的三维模型。我们的方法是高度并行化的，即使是最耗时的过程也只需要O(log N)，其中N是体素的数量，这表明我们的方法可能适合实时处理。
This paper proposes a shape reproduction method for the clay containing numerous tiny position trackers inside to actualize a real-time intuitive 3D modeling system for non-expert users. Our method successfully reproduced 3D models reflecting the characteristics of the original models thanks to the proposed edge interpolation. Our method is highly parallelizable and even the most time consuming process requires only O(log N), where N is the number of voxels, indicating our method is potentially suitable for real-time processing.