Affinity Propagation Clustering Determines Distributed Uptake Regions in PET Images: A Computer-Aided Approach for Quantification of Pulmonary Infections in Small Animals. Foster*, B., Bagci, U., Xu, Z., Dey, B., Luna, B., Bishai, W., Jain, S., & Mollura, D. J. In SNM, 2013.
Affinity Propagation Clustering Determines Distributed Uptake Regions in PET Images: A Computer-Aided Approach for Quantification of Pulmonary Infections in Small Animals [link]Mendeley  bibtex   
@inproceedings{ mendeley_6369570554,
  isauthor = {1},
  added = {1387829900},
  year = {2013},
  isstarred = {0},
  id = {6369570554},
  discipline = {Medicine},
  booktitle = {SNM},
  title = {Affinity Propagation Clustering Determines Distributed Uptake Regions in PET Images: A Computer-Aided Approach for Quantification of Pulmonary Infections in Small Animals},
  deletionpending = {0},
  version = {1387842788},
  type = {Conference Proceedings},
  url_mendeley = {http://www.mendeley.com/c/6369570554/p/22760561/foster-2013-affinity-propagation-clustering-determines-distributed-uptake-regions-in-pet-images-a-computer-aided-approach-for-quantification-of-pulmonary-infections-in-small-animals/},
  source_type = {inproceedings},
  isread = {0},
  author = {B {Foster*} and U {Bagci} and Z {Xu} and B {Dey} and B {Luna} and W {Bishai} and S {Jain} and D J {Mollura}},
  series = {SNM},
  modified = {1387842788},
  citation_key = {snm13_2},
  subdiscipline = {Medical Imaging}
}

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