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Segmentation Subject to Stitching Constraints: Finding Many Small Structures in a Large Image
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Elena Bernardis and Stella X. Yu
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International Conference on Medical Image Computing and Computer Assisted Intervention, Beijing, China, 20-24 Sept 2010
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Paper
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Slides
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Abstract
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Extracting numerous cells in a large microscopic image is often required in medical research. The challenge is to reduce the segmentation complexity on a large image without losing the fine segmentation granularity of small structures. We propose a constrained spectral graph partitioning approach where the segmentation of the entire image is obtained from a set of patch segmentations, independently derived but subject to stitching constraints between neighboring patches. The constraints come from mutual agreement analysis on patch segmentations from a previous round. Our experimental results demonstrate that the constrained segmentation not only stitches solutions seamlessly along overlapping patch borders but also refines the segmentation in the patch interiors.
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Keywords
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image segmentation, spectral graph partitioning, multi-resolution, constrained segmentation
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