Parallel 3D Image Segmentation of Large Data Sets on a GPU Cluster

In this paper, we propose an inherent parallel scheme for 3D image segmentation of large volume data on a GPU cluster. This method originates from an extended Lattice Boltzmann Model (LBM), and provides a new numerical solution for solving the level set equation. As a local, explicit and parallel scheme, our method lends itself to several favorable features: (1) Very easy to implement with the core program only requiring a few lines of code; (2) Implicit computation of curvatures; (3) Flexible control of generating smooth segmentation results; (4) Strong amenability to parallel computing, especially on low-cost, powerful graphics hardware (GPU). The parallel computational scheme is well suited for cluster computing, leading to a good solution for segmenting very large data sets.

• Type: Conference
• Year: 2009
• Where: ISVC
• Authors: Aaron Hagan, Ye Zhao
• Keywords: Applied Computing, Inherent Parallel Scheme, ISVC 2009, Parallel Computational Scheme, Parallel Scheme