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      Exact and approximate area-proportional circular Venn and Euler diagrams.

      IEEE transactions on visualization and computer graphics
      Algorithms, Computational Biology, methods, Computer Graphics, Internet, Models, Statistical, Software

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          Abstract

          Scientists conducting microarray and other experiments use circular Venn and Euler diagrams to analyze and illustrate their results. As one solution to this problem, this paper introduces a statistical model for fitting area-proportional Venn and Euler diagrams to observed data. The statistical model outlined in this paper includes a statistical loss function and a minimization procedure that enables formal estimation of the Venn/Euler area-proportional model for the first time. A significance test of the null hypothesis is computed for the solution. Residuals from the model are available for inspection. As a result, this algorithm can be used for both exploration and inference on real data sets. A Java program implementing this algorithm is available under the Mozilla Public License. An R function venneuler() is available as a package in CRAN and a plugin is available in Cytoscape.

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          Author and article information

          Journal
          21383412
          10.1109/TVCG.2011.56

          Chemistry
          Algorithms,Computational Biology,methods,Computer Graphics,Internet,Models, Statistical,Software
          Chemistry
          Algorithms, Computational Biology, methods, Computer Graphics, Internet, Models, Statistical, Software

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