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KroneckerHull

Represent a network as a 3D shape

Mandatory arguments are mandatory for short options.

-n, network name

-f, input edge list file name.

-s, sampling proportion step (percentage)

-t, number of samples for each sampling proportion

example: python kron_hull.py -n as20graph -f as20graph.txt -s 20 -t 5

output:

     the directory <network name>/

     Kronecker hull <network name>/kronecker_hull.jpg

     boundary points <network name>/boundary.txt

     Kronecker points <network name>/kron_points.txt

     edgelist files of samples 

environment & prerequisite:

linux

python 2.7, networkx, numpy, scipy, matplotlib, tqdm, joblib

kronfit: please refer to https://github.com/shengminjin/snap/tree/master/examples/kronfit

Citation

   To cite this work please use:

   @inproceedings{jin2018representing,
   
     title={Representing Networks with 3D Shapes},
     
     author={Jin, Shengmin and Zafarani, Reza},
     
     booktitle={2018 IEEE International Conference on Data Mining (ICDM)},
     
     pages={177--186},
     
     year={2018},
     
     organization={IEEE}
     
   }

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Code accompanying the paper "Representing Networks with 3D Shapes"

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