Interactive Extraction of Neural Structures with User-Guided Morphological Diffusion

Authors: Yong Wan, Hideo Otsuna, Chi-Bin Chien, Charles Hansen

 

Abstract

Extracting neural structures with their fine details from confocal volumes is essential to quantitative analysis in neurobiology research. Despite the abundance of various segmentation methods and tools, for complex neural structures, both manual and semi-automatic methods are ineffective either in full 3D or when user interactions are restricted to 2D slices. Novel interaction techniques and fast algorithms are demanded by neurobiologists to interactively and intuitively extract neural structures from confocal data. In this paper, we present such an algorithm-technique combination, which lets users interactively select desired structures from visualization results instead of 2D slices. By integrating the segmentation functions with a confocal visualization tool neurobiologists can easily extract complex neural structures within their typical visualization workflow.

Keywords: Computer Graphics [I.3.8]: Methodology and Techniques„Interaction techniques; Image Processing and Computer Vision [I.4.6]: Segmentation„Region growing, partitioning; Life and Medical Sciences [J.3]: Biology and genetics

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