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Imaging / Segmentation / Region growing / Watershed / Markov random field / Thresholding / Pixel / Market segmentation / Graphical model / Image processing / Computer graphics / Statistics


A Novel Graphical Model Approach to Segmenting Cell Images Shann-Ching Chen∗ , Ting Zhao∗ , Geoffrey J. Gordon† and Robert F. Murphy∗†‡ Center for Bioimage Informatics, ∗ Department of Biomedical Engineerin
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Document Date: 2007-02-21 15:15:51

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R. Malladi S. A. / J. V. Falvo L. C. / /

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USD / /

Facility

Carnegie Mellon University / /

IndustryTerm

energy function / sumproduct algorithm / component-wise dot product / seeded watershed algorithm / sum-product algorithm / dot product / basic image processing procedures / post processing / basic edge finding algorithm / prior updating algorithm / watershed algorithm / approximate inference algorithms / simpler algorithm / be extracted using basic image processing procedures / /

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GFP channel / /

Organization

Department of Biomedical Engineering / J. Gordon† and Robert F. Murphy∗†‡ Center for Bioimage Informatics / National Science Foundation / Robert F. Murphy∗†‡ Center for Bioimage Informatics / Carnegie Mellon University / Pittsburgh / Department of Biological Sciences / Department of Machine Learning / /

Person

Robert F. Murphy / Geoffrey J. Gordon / Adam Carroll / Ting Zhao / Morgan Kaufmann / /

Position

ising model / ” vol / /

ProvinceOrState

Pennsylvania / /

PublishedMedium

IEEE Transactions on Information Theory / Machine Learning / /

Technology

seeded watershed algorithm / proteomics / Bioinformatics / resulting algorithm / sum-product algorithm / artificial intelligence / finding algorithm / prior updating algorithm / two approximate inference algorithms / watershed algorithm / Machine Learning / same algorithm / image processing / even simpler algorithm / sumproduct algorithm / two algorithms / /

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